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The .NET Framework 4 will be installed if not already on your PC, requiring additional download time.

  • System requirements: Computer running Microsoft Windows XP SP3 (32-bit) or Vista SP1 (32 or 64-bit), Windows 7 or 8 (32 or 64-bit) with an Ethernet port.
  • This release adds support for new hardware products and new Halogen software web controls.

Halogen

HAL System

HAL is more than just another DSP drag-and-drop system. It has revolutionized system design and installation.

HAL is an expert in room combining, paging and distributed audio systems. This groundbreaking architecture is dimensions beyond any solution in any industry. HAL easily guides even novice users through what used to be complex tasks in just minutes. No intricate matrix mixing or presets are required for room combining and paging. No virtual wiring is required to distribute pages and background music to multiple, even hundreds of zones.

Seamlessly interface HAL to your application with web controls and/or a broad variety of peripheral devices including smart Digital Remotes, Remote Audio Devices (RADs), portable or rack automixers, audio I/O and logic expansion devices, wall sensors, ambient sensing mics, small remote amplifiers, and an advanced Paging Station.

In addition, the HAL Multiprocessor and Halogen™ software check the status, location, CAT 5 wiring integrity, and that audio is flowing in all peripheral devices, so you know your system is properly connected and ready to go.

Halogen version 4.1 software is available to download now (left sidebar). This version includes several fixes, speed and performance enhancements.

All of these products are shipping now!

Four HAL Multiprocessors provide various audio I/O and control options for both large and small installations.

HAL1x supports 16 in x 16 out audio, which may be increased up to 512 in x 512 out by adding up to 32 daisy-chained Expanders to a single HAL1x. Add a few to hundreds of more mic inputs with AM Automixers. HAL1x
HAL2 supports 18 in x 18 out audio, of which 2 x 2 come from AES3 on XLR connections. HAL2
HAL3 supports 4 in x 8 out audio. The 2 “Line-Plus” Inputs accept balanced, or unbalanced left/right monoed. HAL3
HAL4 supports 2 in x 2 out audio. The 2 “Mic/Line-Plus” Inputs accept balanced, or unbalanced left/right monoed. HAL4

Halogen software includes Ethernet control support for third-party control systems such as Crestron®, AMX® and others. Standard TCP/IP set and get ASCII text messages control levels, selectors, presets and toggle software actions. Since the same Halogen software code runs on both Windows® and within HAL hardware, third-party control developers can test all their code using only the Halogen Windows software. Use only software to test your control system’s software code and buy the hardware only when the install date arrives. Well-documented example programs for AMX®, Crestron® and Stardraw Control™ ease programming.

HAL1x Multiprocessor

HAL1x front

Interactive details

HAL1x rear

  • DSP contains 9600 MIPS of processing power
  • Ethernet 1000BASE-T with Zeroconf service discovery protocol for easy set up
  • 8 analog balanced mic / line inputs on Euroblock connectors (green area)
    • Mic inputs have switchable +48 V phantom power
  • 8 analog balanced line outputs on Euroblock connectors (orange area)
  • Front panel signal and overload indicators for all inputs and outputs
  • Four RAD Ports, each Port 2 in x 2 out plus control channel (blue areas)
    • RJ-45 shielded CAT 5e connections up to 150 meters (500 feet)
  • Twelve Digital Remote Ports (brown and blue areas) [DR can connect to RAD Port]
    • RJ-45 shielded CAT 5e connections up to 300 meters (1000 feet)
  • Two Relay Outputs on Mini-Euroblock 6-pin connectors (gray area)
    • COM, NC & NO, 2 A, 48 V 60 W max switching power
  • Four Logic Inputs on Mini-Euroblock 6-pin connectors (gray area)
    • Internal passive pull-up
  • Expansion Bus connects up to 32 optional Expanders (red area)
    • RJ-45 connectors and shielded CAT 5e (or better)
    • Supports up to 32 daisy-chained Expanders
    • HAL1x and each Expander can be up to 100 meters (300 feet) away
    • 512 in x 512 out audio channel potential
    • Propagation Delay is only 22.4 μs across 32 Expanders.
  • Unit Size: 2U, 3.5"H x 19"W x 8.25"D (8.9 cm x 48.3 cm x 20.9 cm)
  • Unit Weight: 7 lb (3.2 kg)

HAL1x's DSP brain has over 5 times the DSP horsepower of the Rane RPM 88.

Just because a single blue RAD port is 2 digital in and 2 digital out, the cascadeable AM1 and AM2 Automixers offer up to 64 mic inputs at a single RAD port!

EXP1x RAD Expander for HAL1x

EXP1x front

EXP1x rear

The EXP1x adds eight RAD ports to a HAL1x via the Expansion Bus. The EXP1x requires a HAL1x to operate. Keep in mind that DR remotes are also supported on any RAD port, so the EXP1x also adds support for additional DR remotes when needed. Up to 32 Expanders, in any combination, may be daisy-chained to a single HAL1x. 512 inputs and 512 outputs are possible if all 32 are EXP1s.

  • Adds 16 in x 16 out digital (8 more RAD ports) to a HAL1x.
  • Up to 8 Digital Remotes or RADs in any combination.
  • Chain up to 32 EXP1x units to a HAL1x for 512 in x 512 out.
  • Unit Size: 1U, 1.75"H x 19"W x 8.25"D (4.4 cm x 48.3 cm x 20.9 cm)
  • Unit Weight: 5 lb (2.3 kg)

EXP3x Output Expander for HAL1x

EXP3x front

EXP3x rear

The EXP3x is an 8-channel analog output & DSP expander for the HAL1x, which is required for operation. It also sports 8 logic outputs, 6 DR remote ports and 2 RAD ports making a 4-input, 12-output audio device — depending on which two RADs are connected. Thus, 32 daisy-chained EXP3x Expanders provide 256 discrete zone outputs maximum, including output compression, parametric EQ, two levels of paging and background music. These 32 EXP3x Expanders would also provide 64 RAD ports, 192 DR ports and 256 logic outputs.
The dedicated DSP for each of the 8 analog outputs offers two signal processing choices independently selectable, per output. When you need background music, paging and emergency paging on an output, select the Zone Output processing set. This provides a Zone Processor block, an Emergency Zone in addition to a Compressor and a 5-band parametric EQ with high- and low-cut filters. When Line Output is selected, the compressor, parametric and emergency paging blocks are available without the zone processing block. An example background music and paging system is here.

  • Adds 8 analog line outputs and 8 logic outputs to a HAL1x.
  • Adds 6 Digital Remote ports & 2 RAD ports to a HAL1x.
  • Chain up to 32 EXP3x units to a HAL1x for 256 outputs.
  • Unit Size: 1U, 1.75"H x 19"W x 8.25"D (4.4 cm x 48.3 cm x 20.9 cm)

EXP5x Input Expander for HAL1x

EXP5x front

EXP5x rear

The EXP5x is a 12 Mic/Line/Line-Plus input & DSP expander for the HAL1x, which is required for operation. It also supplies four DR ports useful for adding source selection and/or volume control remotes such as the DR3. Each of the 12 inputs independently supports either dynamic mic, phantom mic, +4 dBu line-level, or Rane’s new Line-Plus input. Line-Plus accepts -10 dBV unbalanced Left/Right Monoed together on the + and - ports, respectively. For stereo unbalanced sources, Line-Plus allows connecting the stereo RCA left tip conductor to the + terminal, the RCA right tip to the - terminal, and both RCA shields to the shield on the EXP5x Euroblock. Select Line-Plus and you get a properly monoed audio channel. An example hotel room combine system is here.

  • Adds 12 analog mic / line/ line-plus* inputs to a HAL1x.
  • *“Line-Plus” Inputs accept a balanced line, or mono'es left & right unbalanced lines.
  • Adds 4 Digital Remote ports to a HAL1x.
  • Chain up to 32 EXP5x units to a HAL1x for 384 analog outputs.
  • Unit Size: 1U, 1.75"H x 19"W x 8.25"D (4.4 cm x 48.3 cm x 20.9 cm)

EXP7x AEC Expander for HAL1x

EXP7x front

EXP7x rear

The Rane EXP7x Expander for the HAL1x provides 8 channels of full-featured, drag and drop Acoustic Echo Cancellation (AEC). Each channel of AEC can be added to any HAL1x system input and route to any Halogen DSP block, including the gain-sharing automixer, manual mixer, regular Room Combine block, new Conference Room Combine block.
The Rane EXP7x in combination with HAL1x and Halogen software provides a conferencing solution including far more than high-performance AEC.

Processing blocks to enhance the AEC system solution

  • Revolutionary Conference Room Combine block with intrinsic support for conferencing
    • Independent Far End mixers and AEC Reference output per room.
    • Far End gain-sharing mixer inputs and AEC reference feeds automatically change with each room combination.
  • Conference Switchboard DSP Router
    • Multichannel and Tracking processing blocks mirror local room processing in the AEC Reference signal path.
    • Included are the Multichannel Shelving Filter, Multichannel PEQ, Tracking Ambient Noise Compensation and Tracking Side-chain Compressor.

Each AEC channel includes:

  • Mic and Reference Inputs with Level control & metering.
  • AEC on/off, plus adjustable AEC Threshold.
  • Soft / loud talker AGC & 5-band parametric EQ, plus high- and low-cut filters.
  • Full bandwidth AEC with adjustable non-linear processing.
  • Ambient Noise Reduction (dynamic & steady-state) & howling prevention.
  • Complete metering: Input, Reference, Echo Return Loss (ERL), Echo Return Loss Enhancement (ERLE) & Total Echo Return Loss (TER).
  • 20 to 20 kHz Bandwidth, 300 ms tail length.
  • <17 ms propagation delay, 100 dB/sec convergence rate.

Because EXP7x AEC channels are not associated with a particular hardware input, preset recall can re-assign an AEC resource across inputs / rooms as required. Drag and drop AEC supports the typical one-AEC-per-microphone configuration. With optimum acoustics, mic and loudspeaker placement, or with rarely used mics (such as audience mics) it allows mixing more than one mic into a single AEC channel, significantly reducing cost.

What's unique about HAL’s AEC?

  • Flexible drag-and-drop AEC placement.
    • Use it where you need it, on any HAL System input.
    • Re-route AEC resources with presets: re-use AEC across rooms.
  • Intrinsic support for conferencing with advanced supporting processing blocks:
    • Conference Room Combine block.
    • Conference Switchboard.
  • Multi-channel processing blocks mirror room processing in the reference signal path.
  • High-Level, inherent conferencing support through.

After adding an EXP7x to a HAL1x (graphic above), new Conferencing blocks are made available in the DSP Processing Tab (left). With the EXP7x added, eight AEC blocks can be placed. When these are all utilized, the AEC Block is grayed out with a hover-tool-tip indicating a need to add another EXP7x to acquire eight more AEC blocks.

Halogen AEC parent / child blocks

The Conference Switchboard block (below) supports dynamic routing of Far End Audio sources. This block is useful when more than one room must share a single VoIP or Video Conference resource. It’s also useful when a room needs to access one or more remote rooms on a campus in order to include them in a conference. In some cases a combination of these scenarios is required.

The function of the Conference Switchboard could be accomplished using a standard matrix mixer, but that would require a user to avoid disallowed routing (like 1:1 or 2:2 etc.), and ensure that To and From Far End pairs are correctly wired. This Conference Switchboard simplifies the process.

Halogen AEC Conference Matrix Mixer

Conference Room Combine Block

Conferencing in a room combine environment is a complex task without a specialized Room Combine Processor designed to handle room mix, far-end mix and AEC reference routing. Halogen's unique ability to do conferencing within a room combine scenario without complex wiring and routing makes it easy.

Multi-Channel Processing Blocks

In order to get the best performance from an AEC application, the same signal processing parameters used to feed a room loudspeaker must be applied to the AEC reference signal as well. To simplify this process, special blocks that mirror the processing for room and reference channels include:

  • Tracking Compressor
  • Tracking ANC
  • Multi-Channel PEQ
  • Multi-Channel Shelf.
Halogen AEC Room Combine Block

Halogen AEC Processing Workspace

Halogen provides a highly integrated Conference Room Combine block that greatly simplifies conferencing in a room combine configuration (click on the screenshot to enlarge). The block combines room sources, selects a proper reference, and sends audio to appropriate locations as rooms combine. It also provides support for maintaining a proper AEC Reference with local Voice Lift.

This block supports unique mixes from Record and Room outputs. An independent AEC Reference Output is provided for each room to accommodate various microphone locations and unique room processing outside the Conference Room Combine block. Also inherently provided in this block are support for background music selection and paging per room.

AEC Meeting Table

The boardroom application above has a number of microphones used in a room with overhead sound reinforcement. In this type of system, sound reinforcement is typically strengthened and delay compensation added as a loudspeaker gets further from the original source.

In this scenario, if room acoustics are good, it is possible to use a single AEC processing block for more than one microphone by combining microphones in a common reinforcement zone. The drag-and-drop flexibility of EXP7x AEC blocks lets you add AEC to any Halogen system input.

In the drawing below, the red lines are the daisy-chained CAT5 expansion bus, the blue lines are CAT 5 to RADs from the HAL1x and EXP1x RAD Expander, and the yellow lines are shielded mic cable to analog inputs on the RADs, EXP5x Input Expander, and HAL1x.

AEC HAL Rack

HAL1x Expansion Bus

The HAL1x Expansion Bus supports up to 32 daisy-chained Expanders in any combination. The Expansion Bus requires shielded CAT 5e (or better) cable with RJ-45 connectors.

The bus supports 512 channels in and 512 out, although designers need not worry about wiring channels along the bus — this is automatically done within Halogen software. The Resources window in Halogen displays the number of channels in use and updates as you draw the audio wiring. Latency hops on the bus are 750 nanoseconds per hop. Thus, daisy-chaining 32 Expanders provides a maximum latency of 22.4 microseconds. See the Latency graphic below to add up the latency of any given path through the HAL1x, EXPs, RADs, the DSPs and converters.

HAL1x Expansion Bus Latency

Thirty-two Expanders maximum, in any order can be daisy-chained. For example, 16 EXP3x and 16 EXP5x Expanders daisy-chained, provides 128 outputs (8 out times 16), plus 192 mic/line/line-plus inputs (12 in times 16). Some examples max out the Expansion Bus:

  • If you need 256 RADs, daisy-chain 32 EXP1x Expanders. This is 8 RAD ports times 32 Expanders, 8 x 32 = 256 RADs. This still leaves 4 RAD ports available on the HAL1x.
  • For 256 output zones, daisy-chain 32 EXP3x Expanders.
  • For 384 mic/line inputs, daisy-chain 32 EXP5x Expanders.

Each Expansion Bus cable can be 100 meters long (300 feet). This permits spreading Expanders across different locations or equipment rooms. Yet only a single HAL1x is required at the head-end of the daisy-chain. Star topologies are not supported — do not use Ethernet switches, they will not work. And since the EXP3x & EXP5x contain their own DSP, no DSP resources in the HAL1x device are used; thus adding these devices adds DSP resources to the HAL1x System.

Gigabit Ethernet Media Converts are supported. Thus, using multimode fiber, one can separate Expanders up to 2 kilometers (1.2 miles). Singlemode fiber distance goes up to 12 km (7.5 miles). The Expansion Bus is Ethernet Layer 1 only — there are no MAC and no IP addresses involved, therefore dedicated unmanaged media converters must be used.

Cable Lengths

Cable Lengths

  • Click on the graphic to enlarge.
  • The Expansion Bus connects with shielded CAT 5e or better cable and RJ-45s; Maximum distance between units = 100 meters (300 feet).
  • The Expansion Bus supports Gigabit Ethernet Media Converters: Multimode max = 2 km (1.2 miles); Singlemode max = 12 km (7.5 miles).

Expand Across Equipment Rooms

HAL1x Expansion in Multiple Rooms

Click on the graphic to enlarge.

HAL2 Multiprocessor

HAL2 front

Interactive details

HAL2 rear

HAL2 features an 18 x 18 combination analog-digital I/O, plus an assortment of control ports for Rane’s elegant Digital Remotes. The HAL2 applies the versatile Halogen software interface to venues that don’t need extensive expansion. It includes the same abilities to quickly design room combinations, paging systems, distributed music, and automixers with Rane’s “no virtual wiring needed” approach, but in a smaller I/O configuration to meet smaller budgets. See the full specifications in the HAL2 Data Sheet.

  • DSP contains 4800 MIPS of processing power
  • Ethernet 1000BASE-T with Zeroconf service discovery protocol for easy set up
  • 8 analog balanced mic / line inputs on Euroblock connectors (green area)
    • Mic inputs have switchable +48 V phantom power
  • 8 analog balanced line outputs on Euroblock connectors (orange area)
  • AES3 stereo input (purple area)
  • AES3 stereo output (purple area)
  • Front panel signal and overload indicators for all inputs and outputs
  • Four RAD Ports, each Port 2 in x 2 out plus control channel (blue areas)
    • RJ-45 shielded CAT 5e connections up to 150 meters (500 feet)
  • Eight Digital Remote Ports (brown and blue areas) [DR can connect to RAD Ports]
    • RJ-45 shielded CAT 5e connections up to 300 meters (1000 feet)
  • Four IR Remote Ports for future accesories (lower gray area)
    • RJ-45 shielded CAT 5e connections up to 300 meters (1000 feet)
  • Two Relay Outputs on Mini-Euroblock 6-pin connectors (upper gray area)
    • COM, NC & NO, 2 A, 48 V 60 W max switching power
  • Four Logic Inputs on Mini-Euroblock 6-pin connectors (upper gray area)
    • Internal passive pull-up
  • Unit Size: 2U, 3.5"H x 19"W x 8.25"D (8.9 cm x 48.3 cm x 20.9 cm)
  • Unit Weight: 7 lb (3.2 kg)

Just because a single blue RAD port is 2 digital in and 2 digital out, the cascadeable AM1 and AM2 Automixers offer up to 64 mic inputs at a single RAD port!

HAL3 Multiprocessor

HAL3 front

Interactive details

HAL3 rear

The HAL3 furthers this trend with Rane’s “Line-Plus” inputs for an impressive 4/6 inputs by 8 outputs at a price point that fits the budget, but still allows open-architecture processing. Couple this with one of Rane’s growing army of RADs (Remote Audio Devices) to get a set of analog inputs and/or outputs up to 150 meters (500 feet) away. Full specifications are in the HAL3 Data Sheet.

  • DSP contains 2400 MIPS of processing power
  • Ethernet 1000BASE-T with Zeroconf service discovery protocol for easy set up
  • 2 analog Line-Plus Inputs on Euroblock connectors (green area)
    • *“Line-Plus” Inputs accept a balanced line, or mono left & right unbalanced lines, configured in Halogen software.
  • 6 analog balanced line outputs on Euroblock connectors (orange area)
  • Front panel signal and overload indicators for all inputs and outputs
  • One RAD Port, each Port 2 in x 2 out plus control channel (blue areas)
    • RJ-45 shielded CAT 5e connections up to 150 meters (500 feet)
  • Four Digital Remote Ports (brown and blue areas) [DR can connect to RAD port]
    • RJ-45 shielded CAT 5e connections up to 300 meters (1000 feet)
  • Four Logic Inputs on Mini-Euroblock 6-pin connectors (gray area)
    • Internal passive pull-up
  • Unit Size: 1U, 1.75"H x 19"W x 8.25"D (4.4 cm x 48.3 cm x 20.9 cm)
  • Unit Weight: 5 lb (2.2 kg)

Just because a single blue RAD port is 2 digital in and 2 digital out, the cascadeable AM1 and AM2 Automixers offer up to 64 mic inputs at a single RAD port!

HAL4 Multiprocessor

HAL4 front

Interactive details

HAL4 rear

The HAL4 is a stand-alone 2X2 Halogen replacement for the popular DragNet RPM2 with four-times the processing power, improved digital remote and Web Control options, simplified linking and improved preset recall capability. It solves just about every signal processing problem found in one or two rooms.

The HAL4 is a 2-Input, 2-Output drag-and-drop DSP device for Halogen software. Inputs are Line / Line-Plus / Mic / Mic+48V capable. In addition to supporting balanced line and microphone inputs, this configuration allows a stereo pair connection to an input, converting to a single L+R mono signal. Standard balanced outputs are provided.

A single DR port provides support for preset recall, level control and select functions using a DR1, DR2 or DR3. A DR4 or DR5 may be added for other logic I/O.

As with other Halogen host products, the HAL4 connects to a computer via a Gigabit Ethernet Port with Halogen software used for initial system setup. The full suite of processing blocks available with other Halogen host devices is available for the HAL4.

RADs (Remote Audio Devices)

 

A Remote Audio Device (RAD) provides analog to digital conversion at the wall.

  • RADs greatly reduce the length of the analog transmission line.
  • Remove the hum and buzz problems of long runs.
  • Reduces the cost of wiring, conduit and termination.
  • Most models install in a standard US electrical box.
  • Print labels for each in/out from Halogen software.
  • Most models are available in white, ivory and black, and include a matching Decora™ plate. To order a RAD4 in white, order a RAD4W ... ivory is a RAD4I, and black is a RAD4B.

All RADs

RAD specifications are on each RAD's Data Sheet, and also included in the HAL System Data Sheet.

New! RAD27 - USB Audio Sound Card

RAD27A RAD27 provides stereo USB Audio in and out of a single computer. Perfectly suited for presentation, meeting and class rooms, simultaneous playback and recording is supported. Since the RAD27 uses native operating system drivers, no driver installation is required on either Windows or Apple OS X. Plug in the USB cable, select the RAD27 for sound playback and/or recording and go. The RAD27 registers as a standard USB audio device with either Windows® or Apple® operating systems. Both incoming and outgoing audio is stereo 16-bit 48 kHz PCM. This accommodates high-quality playback and recording of audio from dozens of instantly-compatible laptop software programs.

Input/Play and Output/Record signal present and overload indicators provide handy “is the computer sending USB audio?” troubleshooting assistance at the wall plate. A dedicated blue Connected indicator illuminates when the computer OS recognizes the RAD27 as a sound card. When used with any HAL, the Connected indicator is readable and programmable in Halogen software. This permits actions in your HAL system once the USB cable is plugged in, such as lowering a screen and turning on a projector via Ethernet commands or contact closures.

The RAD27 ships with a robust USB cable and a screw-down cable tie. When mounting the RAD27 out of sight from the computer location, securing the USB Audio cable helps deter presenters from unintentionally taking the USB cable after use.

The RAD27 mounts in a standard 1-gang US electrical box. It is available in white, ivory, or black, with a matched Decora™ plate cover included. Order model RAD27W for white, RAD27I for ivory, and RAD27B for black.

Applications
• Presentation Podium Playback & Record
• Meeting spaces • Education • City Council • PTA meetings

Sound Card I/O
• Playback &/or record for iPad kiosks (requires camera kit)
• Installations using PCs as music or recorded sound source
• Nightclub, Concert or School dance playback

DR1 Level Remote

Digital Remotes on the wall simplify end-user control and eliminate installer brain fatigue.

DR1 Digital Remotes

The Rane DR1 is a Level Control remote with several features that make it stand out against any other wired remote. The LCD display shows the name of the Zone or Group that it is connected to, customizable in Halogen Software to anything you like. The Level value is also shown, and updated dynamically when it is changed elsewhere, such as in a linked group with multiple Remotes connected. The display has a backlight for readability that turns on when used, then dims after a short time period.

The DR1 fits in a standard U.S. electrical box and comes with a matching Decora plate cover.

Home run shielded CAT 5e connections to the HAL or EXP (up to 300 meters [1,000 feet] away) eliminate addressing, external power, and the need to test the cables.

DR1 Side
JPG DR1 white JPG JPG DR1 ivory JPG JPG DR1 black JPG
JPG DR1 naked JPG JPG DR1 side JPG dwg DR1 front DWG

To mount Rane DRs in a rack, we recommend Lowell rack panels. Note: Lowell's 8-wide panel accepts only single gang devices and does not accept two-gang devices such as Rane RADs or DR2 or DR3. Use Lowell's 9-wide model which accepts multi-gang Decora products.

DR2 Selection Remote

The DR2 offers both Single Selector and List of Toggles/Commands behaviors. The LCD display has a backlight for readability that turns on when used, then dims after a short time period. The selection names are customizable in Halogen Software to anything you like.

DR3 Digital Remotes

Single Selector

 

DR3 Digital Remotes

List of Toggles / Commands

The DR2 fits in a standard double-wide U.S. electrical box and comes with a matching Decora plate cover.

Home run shielded CAT 5e connections to the HAL or EXP (up to 300 meters [1000 feet] away) eliminate addressing, external power, and the need to test the cables.

DR2 Side
JPG DR2 white JPG JPG DR2 ivory JPG JPG DR2 black JPG
JPG DR2 naked JPG JPG DR2 side JPG dwg DR2 front DWG

DR3 Selection and Level Remote

The three DR3 behaviors are Single Level & List of Toggles/Commands, List of Levels for either multizone volume control or input source mixing, and Single Level plus Selector. The Level value is shown, and updated dynamically when it is changed elsewhere, such as in a linked group with multiple Remotes connected.The LCD display has a backlight for readability that turns on when used, then dims after a short time period. The names are customizable in Halogen Software to anything you like.

DR3 Digital Remotes

Single Level & List of Toggles / Commands

 

DR3 Digital Remotes

List of Levels

 

DR3 Digital Remotes

Single Level & Selector

The DR3 fits in a standard double-wide U.S. electrical box and comes with a matching Decora plate cover.

Home run shielded CAT 5e connections to the HAL or EXP (up to 300 meters [1000 feet] away) eliminate addressing, external power, and the need to test the cables.

DR3 Side
JPG DR3 white JPG JPG DR3 ivory JPG JPG DR3 black JPG
JPG DR3 naked JPG JPG DR3 side JPG dwg DR3 front DWG

DR4 Logic I/O Expander

DR4 Logic I/O Remote

  • 8 Logic Inputs, Internal 5V pull-up
  • 8 Logic Outputs for relay drive, LED or logic level output
  • 8 Analog Control ADC inputs for potentiometers

DR4 rear

The DR4 Digital Remote adds additional logic input and output ports to any HAL, enabling simple analog level and logic I/O controls plus IR2 remotes for wall sensing. The DR4 offers eight logic ins and outs, six IR2 ports and eight analog control input ports for pot-on-a-wall level control. Multiple DR4's can connect to Digital Remote Ports on any HAL, up to 300 meters (1000 feet) away.

Logic Inputs

DR4 Open SwitchThese inputs on the DR4 are similar to the Logic In ports on a HAL. You can configure each of the eight input ports in one of three ways: toggle, command, or selector.

The Toggle configuration allows a Toggle command with an on/off switch. You can configure each port type to be either Momentary or Latching.

DR4 Multiposition SwitchThe Command configuration allows triggering a Command control from an on/off switch, which can link to one or more Command controls such as a Command preset or a linkable button in a processing block property dialog.

 

DR4 Binary SwitchThe Selector configuration uses either a multi-position switch or a binary switch. You can connect a physical device to any or all of the Logic In ports and configure the ports in Halogen so that they make the desired selection according to the state of the physical device. Wiring details are in the Halogen Software Help.

Logic Outputs

You can configure each of the 8 output ports in one of 2 ways:

  • Toggle: When a toggle control in the Halogen Hardware Controls palette is unchecked, HAL sets the corresponding DR4 Logic Out port to logic high (5 V), and when the toggle is checked, it sets the port to logic low (0 V).
  • Selector: When a selector control in the Halogen Hardware Controls palette is set to the first selection, HAL sets the corresponding DR4 Logic Out port to logic high (5 V). Conversely, when the selector control is in the second position, HAL sets the port to logic low (0 V).

Analog Control Inputs

DR4 Analog InputsEach port allows an analog voltage source to control the value of a Level control in the Halogen Hardware Controls palette. The input range for the port is from 0 V to 5 V, where 0 V corresponds to 0% on the associated Level control and 5 V corresponds to 100%.
Connect a physical potentiometer, like the Rane VR2 Volume Remote. The Vc wiper provides the control voltage to the DR4. As you adjust the pot the voltage changes, which in turn changes the corresponding Level control in the Hardware Controls palette.

IR Remote Inputs

The IR ports are ideal for linking to the wall toggle controls in a Room Combine block, allowing automatic room configuration changes to occur as moveable walls change positions in a physical room. These ports are read-only, intended for the Rane IR2 (see its data sheet). When the IR Remote is sensing infrared the wall is considered ‘open’ and the associated toggle control in the Hardware Controls palette is checked.

DR5 Switch Controller

DR5 Switch Controller RemoteThe DR5 Digital Remote offers additional logic input and output ports, enabling the use of simple analog switch controls in any HAL system. Lighted switch panels for room combine applications are easily integrated into a HAL system using the eight switch inputs and eight LEDs outputs on the DR5. Unlike the HAL and DR4 Logic I/O, the DR5 Logic Out is intended to drive the LED indicator on a room combine panel, and is a writable parameter. The DR5 is designed to fit in a standard US dual-gang electrical box, or mount directly near a room combine panel.

DR5 Wiring

Multizone Paging Systems

PAGER1PAGER1

This RAD is a mic preamp and a paging zone(s) [Scenario] selector with integrated push-to-talk switch. Busy, Caution and Ready indicators inform end users when priorities clash.

The PAGER1 accepts any standard gooseneck mic (not included) and has built-in selectable 24 V Phantom Power and a 13 dB pad. It normally sits on a desk or table, and has lockdown features for security.

The PAGER1 chassis is painted steel, measuring 4.5" x 6" x 2" (11.4 x 15.2 x 5.1 cm). Unit weight is 20 ounces (567 grams).

Distributed Program Bus

Wiring system-wide background music sources into the single Distributed Program Bus automatically wires all music sources to every output zone. The blue Distributed Program Bus label represents bus output and input to blocks.

Halogen Distributed Program Bus

Paging Station and Zones

Paging Station and PAGER1 input DSP blocks automatically connect input page sources (lime green labels) to zones requiring paging.

Halogen Paging DSP Blocks

Thus, wiring from all page sources through the Paging Manager to all page zones – including rooms that combine – is automatic. The Paging Manager easily maps all page sources to any combination of zones when using the Paging Zone, Emergency Page, Zone Processor and Room Combine Processor blocks.

Halogen Paging Manager

Room Combining

Halogen Room Combining

The Room Combine Processor supports custom wall layouts and auto-activation of independent room processors for each possible physical room as walls open and close. Control linking between Rane's Digital Remotes to wall open/close toggles and room volumes is exquisitely intuitive. Gain-share auto mix mics in combined rooms and separate the mix automatically as walls close. Use Rane's AM2 Automixer to gain-share with both in-room mics and wireless mics when cascaded into a HAL's room combine processor. This means AM2 mixers can be hot-swapped between locations for quick set up for head table discussions. Control links to Digital Remotes also combine and separate automatically as wall states change. No presets required. Easily change signal processing settings as walls open and close, automatically with Rane IR2 Infrared Wall Sensors.

IR2 Infrared Wall Sensors

IR2

The Rane IR2R and IR2S are collectively known as an IR2. They work in pairs as an accessory to Rane HAL products. The IR2S sends infrared, the IR2R receives it. They work as a pair to provide an automatic way to sense the position of a movable wall or door. Mounting brackets and screws are included.

A single CAT 5e cable for each door connects the IR2 pair to a dedicated IR Remote port on the rear of a HAL2 or a DR4, which can be up to 300 meters (1000 feet) away. The DR4 connects to any HAL, up to 300 more meters away. Thus, the IR2 can be 600 meters (2,000 feet) away from a HAL.

When mounted on opposite sides of the door, and wired correctly, green indicators on the IR2R and IR2S are always lit. Only when the door is open and the IR2R is receiving infrared from the sender does the IR2R's amber indicator light. Depending on the IR2 mounting height and your eyeglass prescription, these indicators can usually be viewed from the floor. Note that the HAL need not have a configuration loaded in it for the above functionality to be observed. A powered HAL2 or DR4 is sufficient.

For an IR2 remote to control audio, the IR2 requires a connection to a HAL2, or to a DR4 connected to any HAL. In either case, the HAL must be loaded with a suitable configuration. When doors or movable partitions are opened or closed the IR2 automatically detects this, and the audio system reconfigures itself appropriately and automatically.

The IR2 will operate up to 1.5 meters (6 feet). The HAL does not automatically check IR2 wiring errors. See the IR2 Data Sheet for full details.

IR2 for moveable wall sensing

Connectivity

Halogen Connectivity

The Rane HAL1x has four RAD ports: from 2x2 I/O to 64 inputs each. Digital Remote Ports allow simple user control wherever it is needed, and DR remotes and devices can plug into any DR or RAD port.

Add up to 32 EXP1x Expansion Units with daisy-chain connection to a HAL1x, providing 8 more RAD/DR ports each. Connect a multitude of RADs and Digital Remotes wherever they are needed.

Halogen Control Linking

Drag the purple control chain icons atop one another to create links. This screen shot shows linking a DR1 volume onto the Meeting Room Output Level control. Four Control Link types and behaviors are supported: Level, Select, Toggle or Command. Activation and Priorities work together for incredible flexibility.

Halogen Control Linking

HalogenHalogen Software

The Halogen software application is your home for designing, configuring, and controlling your HAL audio system. Halogen's easy-to-use graphical user interface simplifies the design and configuration process so much that your only concern will be deciding how to use the extra time you suddenly have!

The Halogen software manages global tasks such as discovering, connecting to, and applying configurations to HAL devices. The interface is divided into two main sections: the Hardware Workspace and the Processing Workspace.

Halogen Hardware Workspace

Hardware Workspace

Specify, configure, and troubleshoot the physical hardware components of your audio system.

Halogen Processing Workspace

Processing Workspace

Wire together the audio processing components of your system, adding and configuring standard processing blocks such as equalizers, matrix mixers, compressors, limiters, and so on. Manage and configure control links and presets here. Halogen also provides innovative processing blocks that simplify complex paging and room combine scenarios.

Notice that Halogen separates the hardware view from the processing view of your audio system. A key benefit of this separation is the flexibility it provides when configuring the system's various inputs and outputs. For example, suppose you have a RAD2 in your audio system. You drag the RAD2 device into the Hardware Workspace but then go to the Processing Workspace to configure the RAD2's line input and mic input. This separation of hardware from processing allows you to work with each input and output individually instead of having to work with the hardware device as a single entity. It also allows you to focus on hardware in one place and audio flow and processing in another place—simplifying your job as a result. Brilliant!

Workspace Layout
As you may have noticed in the images above, the Hardware Workspace and the Processing Workspace have similar layouts. On the right is the actual workspace itself in which you create your system. Associated with each workspace is a palette of objects on the left, and at the top a toolbar specific to the workspace. To add an entity to your audio system, you drag one or more objects from the palette to the workspace.

A simple way to think of the Halogen workspaces is that you use the Hardware Workspace to create and connect all of your physical hardware, while you use the Processing Workspace to select, configure, and connect the processing blocks and controls.

Halogen Web Controls in Halogen 4.0 and higher
Control the Levels, Selectors, Toggles and Commands in any HAL System from any device with a web browser. Halogen 4.0’s Web Controls feature allows creation of custom HTML GUI control screens. Define the quantity of control pages, and the layout, labeling and size of each control, and completely test them using your default web browser from within Halogen.

Access any control page from any browser-enabled device on the network with a HAL device. Just open a browser and type in the customizable IP/webpage address for the HTML page – and bookmark it for easy access. Type in the (optional) 6 digit User Access code, and voilà, the trick, she is done! Control your HAL system wirelessly from one or more tablets, smart phones, laptops or desktop computers. The HAL web server is multi-client, allowing control across many devices and many rooms. You can link Rane’s wired DR remote controls (DR1, DR2 & DR3) and wireless devices and they’ll automatically track each other.

Halogen Web Controls

Web control across devices

Customers from almost every audio application are asking for “iPad control” and Halogen’s Web Controls is the solution. It is not Apple®-centric — no iTunes® store or app installs required. We’ll save a lot of space on this page by not listing all the possible devices that support web browsers and wireless Ethernet. Besides, the list will update before we know it.

Try Halogen Now

Click 'Run' to install. An internet connection is required. The .NET Framework 4 will be installed if not already on your PC, requiring additional download time.

System requirements: Computer running Microsoft Windows XP SP3 (32-bit) or Vista SP1 (32 or 64-bit), Windows 7 or Windows 8 (32 or 64-bit) with an Ethernet port.

Halogen Processing Block Gallery

  • AGC
  • AEC
  • Conference Switchboard
  • Compressor
  • Limiter
  • Ducker
  • Gate
  • Expander
  • Crossover: 2-Way Mono
    1st-order: 6 dB/oct. (1st-order) Linkwitz-Riley: 12 dB/octave (2nd-order) Linkwitz-Riley: 24 dB/octave (4th-order) Linkwitz-Riley: 48 dB/octave (8th-order) Butterworth: 12 dB/octave (2nd-order) Butterworth: 18 dB/octave (3rd-order) Butterworth: 24 dB/octave (4th-order) Bessel: 12 dB/oct. (2nd-order) Bessel: 18 dB/oct. (3rd-order) Bessel: 24 dB/oct. (4th-order)
  • Crossover: 2-Way Stereo
    1st-order: 6 dB/oct. (1st-order) Linkwitz-Riley: 12 dB/octave (2nd-order) Linkwitz-Riley: 24 dB/octave (4th-order) Linkwitz-Riley: 48 dB/octave (8th-order) Butterworth: 12 dB/octave (2nd-order) Butterworth: 18 dB/octave (3rd-order) Butterworth: 24 dB/octave (4th-order) Bessel: 12 dB/oct. (2nd-order) Bessel: 18 dB/oct. (3rd-order) Bessel: 24 dB/oct. (4th-order)
  • Crossover: 3-Way Mono
    1st-order: 6 dB/oct. (1st-order) Linkwitz-Riley: 12 dB/octave (2nd-order) Linkwitz-Riley: 24 dB/octave (4th-order) Linkwitz-Riley: 48 dB/octave (8th-order) Butterworth: 12 dB/octave (2nd-order) Butterworth: 18 dB/octave (3rd-order) Butterworth: 24 dB/octave (4th-order) Bessel: 12 dB/oct. (2nd-order) Bessel: 18 dB/oct. (3rd-order) Bessel: 24 dB/oct. (4th-order)
  • Crossover: 3-Way Stereo
    1st-order: 6 dB/oct. (1st-order) Linkwitz-Riley: 12 dB/octave (2nd-order) Linkwitz-Riley: 24 dB/octave (4th-order) Linkwitz-Riley: 48 dB/octave (8th-order) Butterworth: 12 dB/octave (2nd-order) Butterworth: 18 dB/octave (3rd-order) Butterworth: 24 dB/octave (4th-order) Bessel: 12 dB/oct. (2nd-order) Bessel: 18 dB/oct. (3rd-order) Bessel: 24 dB/oct. (4th-order)
  • Crossover: 4-Way Mono
    1st-order: 6 dB/oct. (1st-order) Linkwitz-Riley: 12 dB/octave (2nd-order) Linkwitz-Riley: 24 dB/octave (4th-order) Linkwitz-Riley: 48 dB/octave (8th-order) Butterworth: 12 dB/octave (2nd-order) Butterworth: 18 dB/octave (3rd-order) Butterworth: 24 dB/octave (4th-order) Bessel: 12 dB/oct. (2nd-order) Bessel: 18 dB/oct. (3rd-order) Bessel: 24 dB/oct. (4th-order)
  • Crossover: 4-Way Stereo
    1st-order: 6 dB/oct. (1st-order) Linkwitz-Riley: 12 dB/octave (2nd-order) Linkwitz-Riley: 24 dB/octave (4th-order) Linkwitz-Riley: 48 dB/octave (8th-order) Butterworth: 12 dB/octave (2nd-order) Butterworth: 18 dB/octave (3rd-order) Butterworth: 24 dB/octave (4th-order) Bessel: 12 dB/oct. (2nd-order) Bessel: 18 dB/oct. (3rd-order) Bessel: 24 dB/oct. (4th-order)
  • Delay: Distance
    Up to 300 meters (1000 feet)
  • Delay: Simple
    Up to 20 s
  • Delay: Video
    Frame Rate ...23.976 fps NTSC ...24 fps NTSC ...25 fps PAL ...29.97 fps NTSC ...50 fps PAL ...59.94 fps NTSC ...60 fps NTSC
  • Filter: CD Horn EQ
  • Filter: All-Pass
  • Filter: High and Low Cut
    1st-order: 6 dB/oct. (1st-order) Linkwitz-Riley: 12 dB/octave (2nd-order) Linkwitz-Riley: 24 dB/octave (4th-order) Linkwitz-Riley: 36 dB/octave (6th-order) Linkwitz-Riley: 48 dB/octave (8th-order) Butterworth: 12 dB/octave (2nd-order) Butterworth: 18 dB/octave (3rd-order) Butterworth: 24 dB/octave (4th-order) Butterworth: 30 dB/octave (5th-order) Butterworth: 36 dB/octave (6th-order) Butterworth: 42 dB/octave (7th-order) Butterworth: 48 dB/octave (8th-order) Bessel: 12 dB/oct. (2nd-order) Bessel: 18 dB/oct. (3rd-order) Bessel: 24 dB/oct. (4th-order)
  • Filter: Graphic Equalizer
    Perfect-Q or Proportional-Q
  • Filter: Low and Hight Shelf
  • Filter: Parametric Equalizer
  • Mixer
    Up to 80 Inputs
  • Mixer: Gain-sharing Automixer
  • Mixer: Gain-sharing Matrix Mixer
  • Mixer: Matrix
    Up to 1024 crosspoints
  • Mixer: Room Matrix
  • Mixer: To Far End
  • Mixer: From Far End
  • Router
    Up to 80 Outputs
  • Selector
    Up to 80 Inputs
  • Selector: Priority
    Up to 80 Inputs
  • Paging Staton: Level
  • Paging Staton: Compressor
  • Paging Staton: Equalizer
  • Paging Staton: Zone
  • Paging Station: Emergency Page Zone
  • Zone Processor: Level
  • Zone Processor: Paging Zone
  • Zone Processor: Priority Selector
  • Generator: Sine
  • Generator: Pink Noise: Ramped
  • Generator: Pink Noise: Simple
  • Generator: Pink Noise: Swept
  • Level
  • Meter
  • Voice Detect
 

Halogen Version History

 

New Features in Halogen 4.1

HAL & Halogen software

  1. Completely updated the Hardware Workspace that eases configuring, viewing, editing, finding, swapping, moving, and troubleshooting EXPs, DRs and RADs, – especially in larger systems. Swap, move or insert anything from anywhere to anywhere with ease.
  2. Improved the overall speed and performance of dozens of operations that were notoriously slow, and updated the progress meter which was often stuck or disappeared before operations were complete. Operations such as opening large Halogen files, moving the Birdseye zoom around in large files, opening the HW Controls tab containing many devices, adding / removing nodes or the 11th wall in large room combine blocks are faster.

Processing Workspace

  1. Changed from using names to numbers in the Workspace Label and Wire Tag color selection dialog.
  2. Improved the All Presets dialog by allowing it to resize to a smaller minimum size and by allowing custom resizing of the Active Presets panel.
  3. Changed the default Threshold on Compressors to -20 dB (from -40)
  4. Made all three Processing Workspace Tabs accessible at Halogen’s minimum screen resolution. The tabs names were shortened to I/O, DSP & HW.
  5. Adjusted the zoom level on the Fit button for better zooming in large systems.

Hardware Workspace

  1. Adjusted the zoom level on the Fit button for better zooming in large systems.

Bugs fixes in Halogen 4.1

  1. The Distance and Temperature fields in the Distance Delay block were not updating when typing in numeric values, although the delay distance and temperature were being set to the typed values correctly. The displayed values were not updating.
  2. The Mic gain control in the RAD16 input block was being initialized improperly. It wrongly permitted adjusting Line gain.
  3. The processing map position was not reset to center when creating a new configuration or opening an existing configuration. This would cause problems in viewing an existing configuration on opening or positioning new blocks and wires.
  4. Bugs relating to the maximum size of Web Controls Image files were fixed. One permitted sizing images beyond the max workspace size (5,000 by 5,000), another allowed exceeding the maximum total image size permitted (15 MB).
  5. Meters froze after simultaneously opening several processing workspace dialogs in Halogen. This operation caused a failure of the HAL meter server which was recoverable by rebooting the HAL.
  6. Meters on a Mixer Input block froze after deleting an input node. The meter was pointing to the deleted, not the remaining input.
  7. Linking multiple of the Paging Manager’s Page Active Links to a single output logic (relay) with Presets to allow priority override (e.g., Fire Marshall) caused Inactivating Links to enter the Twilight Zone (not working correctly).
  8. Room Combine wall states were not displayed correctly in Halogen (although the walls work) when linking read-only (logic input switches) to walls.
  9. Adding a branch wire to an existing wire, then deleting it sometimes crashed Halogen.
  10. Very occasionally when the HAL’s Notes file is empty, it was impossible to connect Halogen to a live HAL.
  11. The Delay Max value was not properly saved when changed immediately after being disconnected from a live HAL.
  12. Copying multiple Wire Tags to the clipboard, then pasting them sometimes caused a crash. This had something to do with the order the objects in the clipboard were selected.
  13. RAD Labels were not being generated for RADs in EXPs that are after an EXP7 AEC Expander in the Expansion Bus.
  14. The “150 Room Processors Max” indicator was not being displayed below the Conference Room Combine block when exceeding the maximum number of Room Processors.

Known issues in Halogen 4.1

  1. When pasting or moving blocks or wires so the wire ends align properly with block I/O nodes, sometimes the wires do not connect to the nodes. Workaround is to select the dashed-red wire end and move it off, then back on to the node.
  2. The PAGER1 Talk button cannot be overridden in Halogen like the other read-only (Logic) I/O controls.
  3. Zone Page Active status does not turn off when a zone is removed from a scenario when the active status is linked to a toggle control.
  4. Sometimes, the on-screen GEQ sliders get stuck and stop moving, although the displayed graph and audio both update properly. We’ve been unable to reproduce this.
  5. When two Web Control Pages contain the same Toggle control that both link to a read-only control (e.g., a HAL Logic Input), clicking the toggle on one page briefly toggles the other web page’s control even though neither web control is able to change the state – even temporarily.
  6. After putting a Connected HAL’s computer to sleep, the Connected HAL remains in the In Use state for 10 to 15 minutes. Other computers on the network cannot connect. Workarounds are: Disconnect Halogen or unplug the Ethernet cable to the HAL before sleeping the computer or reboot the HAL.

PDF4.1.0 Single File Halogen Installer (390M)

This file does not require an internet connection to install Halogen.

Fixes in Halogen 4.0.1

  1. When the HAL4 input is set to dynamic mic or condenser mic, typing a numeric gain value in resulted in an incorrect gain setting. The rainbow control and up/down arrows worked correctly.
  2. The HAL4 DSP Resource was not 0% for empty configuration files.
  3. Adding an EXP3x Zone Processor Priority Selector in a preset resulted in a configuration file that Halogen could not open.
  4. Links to Logic Input pins configured as selectors on a pasted DR4 (in the Hardware Workspace) responded to changes on the original/source DR4 port.
  5. Audio morphing in the Pager1 and Paging Station PEQ blocks was not working as it was in all the other PEQ blocks. This was causing low-level zipper noise when quickly moving PEQ filters around in the Pager1 and Paging Station blocks on live devices.
  6. When a Web Controls Command Label was toggled to display no text (“Show” was unchecked), the text vanished from Halogen, but still appeared in the URL when web page is displayed.
  7. Using image files that are “read-only” was causing headaches when used in Web Controls.
  8. Within DSP blocks containing graphs (e.g., PEQ, ANC, others), when grabbing movable nodes with the mouse, moving the node outside the bounds of the graph caused the mouse to stop controlling the node.
  9. When adding and subtracting delay blocks in configuration files that exceed 100% DSP Resource, the delay resource value was showing wrong values.
  10. Starter Configuration files failed to open when the last file saved was to a Flash drive that was no longer plugged in.
  11. Long Meter Group Names were partially hidden.
  12. The Help file contained typos.

PDF4.0.1 Single File Halogen Installer (390M)

This file does not require an internet connection to install Halogen.

New features in Halogen 4.0

  1. Added support for two new hardware products: HAL4 (2-channel) and EXP7x (AEC Expander for the HAL1x).
  2. Added Web Controls: completely customizable web pages from within Halogen – control any HAL from an iPad, smart phone, tablet PC, etc. Firmware update is required in any existing HAL.
  3. Added a second gain setting to the Pager1 mic input stage to better support “hot” mics.
  4. Added Network Troubleshooter diagnostics interface.
  5. Add a “thBroadcastReceiver” link in the Halogen Start Menu group to help troubleshoot communications between HAL and Halogen.

Processing Workspace

  1. Added max/min settings to all Mixer, Matrix Mixer, and Room Combine Mixer cross point Level controls.
  2. Added max/min settings and Links to all PEQ gain, frequency and bandwidth controls. This is useful for creating links for remote Tone Controls from DR remotes or iPads (etc.) using the new Web Controls feature.
  3. Added a new Voice Detect DSP block that does lots of cool stuff for live or recorded paging applications, especially when links to physical switches or Ethernet control systems are needed.

Hardware Workspace

  1. Halogen now displays a read-only warning message, when trying to load a configuration file from a read-only folder.

Bugs fixes in Halogen 4.0

  1. RaneLink crashed when a router was configured to always return "in use" messages for all ARP requests. This prevented valid link local IP Addresses in HALs which are required to talk to Halogen.
  2. Fixed graphics problems where parts of windows were not fully visible due to Windows magnification settings.
  3. I/O meters were erroneously enabled when RADs were in a mismatched state.
  4. EXP3x output meters sometimes showed full-tilt boogie after a Hardware Workspace swap – although audio was working fine.
  5. Rooms became Inactive if added by holding down Shift while dragging the block onto the Workspace and then selecting more than three rooms.
  6. The first audio channel onto the Expansion Bus always had an LSB bit equal to zero. But since it’s 24-bit audio, this was always deep into the noise floor and inaudible.
  7. Deleting the active preset within a selector preset did not activate the newly selected preset.

PDF4.0.0 Single File Halogen Installer (390M)

This file does not require an internet connection to install Halogen.

Fixes in Halogen 3.0.1

 

Bugs fixes in Halogen 3.0.1

  1. Fixed the expansion bus link that occasionally dropped when more than 16 expansion units are attached.
  2. Disconnecting a DR while it is in Locate mode caused Halogen to crash.
  3. Sometimes when a device mismatch state exists, meters were not graphically disabled.
  4. Meters were not working for RADs when attached to an EXP1x or EXP3x.
  5. Toggle controls were not displayed on a DR2 or DR3 when switching control mode from Selector to Toggle/Command mode.
  6. Halogen didn't turn off the device locate LED before swapping a device in the hardware workspace.

Known issues in Halogen 3.0.1

  1. In Halogen 3.0 or greater, deleting or adding an input node on a Gain-sharing Auto Mixer in a file created before Halogen 3.0 crashes Halogen. (You chose "backup and update," didn't you?)  The simple fix is to delete the entire Gain-sharing Auto Mixer, insert a new one and add the nodes required. This effects only the Gain-sharing Auto Mixer and not the Gain Sharing Matrix Mixer, not the Room Combine block.

  2. When working on configuration files that greatly exceed the 100% Resource value, the delay resources meter can become inaccurate. This does not happen when below 100%.
  3. The Locate indicator in Halogen continues to flash after unplugging the associated hardware device.
  4. Deleting a selector preset sometimes results in none of this preset’s settings being active. Fix by activating any preset in this selector preset.
  5. Pager1 Talk toggle control is not overridable, but should be.
  6. The "Hide All Windows" function clears meter peak holds.

PDF3.0.1 Single File Halogen Installer (183M)

This file does not require an internet connection to install Halogen.

New features in Halogen 3.0

HAL & Halogen software

  1. Added support for five new hardware products: HAL1x, EXP1x, EXP3x, EXP5x, RAD27

Processing Workspace

  1. Added support for orthogonal (right angle) wiring and wire branches.
  2. Added Wire Tags – namable I/O wiring “portals” that eliminate wire clutter.
  3. Added Highlight Wires to visually indicate all wires connected to a selected block(s).
  4. Added Links to the Active indicators in Zones to allow control systems or logic outputs to know what paging zone(s) are active.
  5. Added “View HAL Information” to context menu in Windows file system which indicates the HAL device type (HAL1, HAL2 or HAL3) and the Halogen version number for a Halogen configuration file.
  6. DR1 & DR3 remote LCD Levels now indicate the ratiometric percentage for the current volume setting. 0% for off, 100% for full-tilt boogie.
  7. All toggle checkboxes now use a check mark, rather than an ’x’ to indicate status.
  8. Processing Blocks that contain child blocks now graphically appear with a double outline.
  9. Halogen desktop icon now shows the Halogen version number in the name.

Hardware Workspace

  1. The EXP device’s physical position along the Expansion Bus is now shown.

Bugs fixes in Halogen 3.0

  1. Halogen now correctly displays the subnet mask value that is in the HAL. All subnet values were correctly sent to HAL, and hardware and network functionality was not impaired, although the displayed subnet values always appeared as either 0 or 255 in Halogen. Other values could not be altered after initially setting them. (4967)
  2. The Paging Station Scenario list & Room Combinations Selector did not scroll when linked to a read only control (4536 & 4545)
  3. HAL3 front panel Sig/OL LEDs on the Line-Plus Inputs did not illuminate unless a Line-Plus Input block was added to the Processing Map (4140)
  4. The units value (feet or meters) in delay blocks was not pasting into pre-existing delay blocks. (4430)
  5. Bypass all for the feedback suppressor was not shown as a graphical wire on the response graph (it displayed the pre-bypass response).
  6. Halogen did not cancel feedback suppressor auto setup mode upon disconnect from HAL (4539)
  7. On RAD inputs, the physical Sig/OL indicators were sensed pre-input sensitivity, not post. (4574)
  8. HAL2 and HAL3 always sent zero as their serial number to Halogen (4636)
  9. A meter initialization error upon first opening a Halogen properties dialog was confusing. It implied audio was present, but it was not. (4679)
  10. European decimal separator ,  was causing grief with Max and Min values (4591 & 4592)
  11. Adding 32 audio channels to the Distributed Program Bus in a configuration file containing 12 room combine rooms with 11 walls (81 rooms total) took over 4 minutes – now it takes only a few seconds. (4513)

Known issues in Halogen 3.0

  1. In Halogen 3.0 or greater, deleting or adding an input node on a Gain-sharing Auto Mixer in a file created before Halogen 3.0 crashes Halogen. (You chose "backup and update," didn't you?)  The simple fix is to delete the entire Gain-sharing Auto Mixer, insert a new one and add the nodes required. This effects only the Gain-sharing Auto Mixer and not the Gain Sharing Matrix Mixer, not the Room Combine block.

  2. Disconnecting a DR while it is in Locate mode causes Halogen to crash.
  3. Sometimes when a device mismatch state exists, meters are not graphically disabled.
  4. When working on configuration files that greatly exceed the 100% Resource value, the delay resources meter can become inaccurate. This does not happen when below 100%.
  5. The Locate indicator in Halogen continues to flash after unplugging the associated hardware device.
  6. Deleting a selector preset sometimes results in none of this preset’s settings being active. Fix by activating any preset in this selector preset.
  7. Pager1 Talk toggle control is not overridable, but should be.
  8. The "Hide All Windows" function clears meter peak holds.

PDF3.0.0 Single File Halogen Installer (201M)

This file does not require an internet connection to install Halogen.

New features in Halogen 2.0

HAL & Halogen software

  • Added support for six new hardware products: HAL2, HAL3, DR4, DR5, RAD17 & RAD24
  • Added support for two new DSP blocks:
    • Ambient Noise Sensing to adjust page or program music volume as the noise in rooms changes.
    • Feedback Suppressor that constantly listens for acoustic feedback and deploys notch filters to illuminate squeals.

Processing Workspace

  • Added support in a single Room Combine Processor for 12 rooms containing 11 walls maximum.
  • Exposed each Room Processor’s Level and Selector Links in the Room Processors Tab to avoid having to open so many dialogs when dragging room links together.
  • If you need any of the following characters, Halogen 2.0 now has them: á, é, í, ó, ú, ý, ø, ö, ø, å, æ, ä, ö, à, è, ñ, and many more. Any Latin character is available in all editable names in the Halogen software and in the LCD screens for DR1, DR2 and DR3.
  • Added multi-node wiring. Auto-create multiple wires between blocks by first selecting the starting nodes, clicking on any of them to start wiring, and then hovering over the ending block(s) or node(s). Wires are auto-created between the selected starting nodes and available nodes on the ending block(s).
  • Align and/or evenly distribute a group of blocks by selecting the blocks and then applying the desired alignment function from the Processing Workspace Toolbar or Right-click: Align left, right, top, bottom, plus horizontal and vertical spacing distribution.
  • Added Text Labels to label sections of the Processing Workspace.
  • Added port indicators to upper left title bar in I/O blocks on Processing Map. These indicators show the hardware path as well as hardware match/mismatch information for RAD I/O blocks.
  • Double-click any I/O or Host Processing icon in the palette to place it on the Processing Workspace.
  • Read-only controls (physical switches, pots, relays…) can now be overridden in software for behavior verification, then canceling Override returns settings to physical controls’ current state.
  • Paging Manager now has a single Check All box to assign all Zones to a Scenario or all Scenarios to a paging Station.
  • Added Ctrl+Tab shortcut key combination to move focus to the next open property window. Shift+Ctrl+Tab moves backward through open property windows.
  • Added enhanced multi-select of processing blocks using any combination of control clicking and dragging a selection window.
  • Added a Preference to allow wires to appear curved or rounded in the Processing Workspace.
  • Added ability to paste the Feedback Suppressor’s filters into a PEQ block as long as both blocks contain the same number of filters. This may be useful in systems where the mics and loudspeakers never move and the temperature is stable.
  • Added a Preset drag target to the Link Properties dialog to permit storing Links to Presets without doing so from the All Links dialog.
  • Added the ability to duplicate existing Presets. Thus speeding the workflow when creating many, slightly different presets contain many of the same settings.

Hardware Workspace

  • Enhanced the Device Mismatch indicators to be more descriptive: Device Mismatch (device configured is not the device HAL detected); Device Missing (device configured but none detected); Device Unexpected (no device configured, but a device is detected).

Bugs fixes in Halogen 2.0

  • The audio taper behavior of full-range Level blocks was in the Twilight Zone (erroneous). It’s back to reality. (4040)
  • Spin controls (up/down buttons) still accelerate quickly yet now they actually stop when desired (4123)
  • Now pasted wires with endpoints that land on an Add node, are wired. (1985)
  • Keyboard shortcut for accessing the Control Systems dialog (Ctrl + B) was missing from the Help file. Fortunately, no one was injured. (4078)
  • Adding a PEQ or All-pass Filter while Bypass All is checked resulted in a misleading graph. (4076)
  • The Zone Processor Priority Selector settings were lost or improperly reset when closing and reopening Halogen or repowering HAL. (4073)
  • Halogen became unhappy when Video or Distance Delay Max values are rapidly changed irrationally. (4039)
  • Windows XP and Windows 7 no longer require two reboots while installing Halogen. We found a work around to this Microsoft-created issue. (3995)

Known issues in Halogen 2.0

  • The Feedback Suppressor’s response graph does not show a flat “wire” response when Bypass All is checked – although the block is bypassed. (4528)
  • Installing Halogen from the DVD in the HAL box, then re-installing Halogen form Rane’s website, causes an error. Work around is to manually uninstall Halogen. (4565)
  • Using many Distributed Program Bus (DPB) channels along with many room combine processors – such as 12 rooms, 10 walls – can take several minutes for Halogen to automatically generate the over 325,000 possible I/O and routing permutations. Be patient. We’re working on improving this in a future release. (4513)
  • The Pager1 read-only Talk button in a connected HAL is not override-able in Halogen, but it should be. (4442)
  • Changing a Distance Delay block's Distance value, then changing the Units value, causes copied then pasted Distance Delay blocks to have the wrong the settings. (4430)

PDF2.0.0 Single File Halogen Installer (225M)

This file does not require an internet connection to install Halogen.

New features in Halogen 1.2.0

HAL & Halogen software

  1. Added audio morphing which avoids formerly possible clicks or pops when drastic filter changes occur between preset changes (3716). Added to all filter blocks.

  2. Added Ctrl-W as a shortcut key for closing the focused property dialog in both Hardware & Processing Workspaces (3999) Thanks, Alex McLain

Processing Workspace

Enhanced block selection: now permits control-clicking and windowing in any combination (4006)

Bugs fixes in Halogen 1.2.0

  1. Deleting a Pager1 from the Hardware Workspace immediately after dragging it onto Processing Workspace was causing an error (4019)
  2. Double-clicking on a Room Combine block’s Sum block hung Halogen (4022)
  3. Parent blocks now turn red when child block(s) are muted. Added to Pager Input and Paging Station (3175)
  4. When DHCP is enabled on a PC on a network with no DHCP server, HAL would inconveniently disconnect shortly after a new link-local address is added by Halogen. Now, preexisting link-local addresses in the PC are used by Halogen rather than Halogen always adding a new one (3994)
  5. Uninstall now removes firewall rules avoiding duplicate firewall entries upon reinstalling Halogen (3996)
  6. Level controls did not display correctly after activating a preset that changed the min/max values (3970)
  7. Sometimes wires appear dotted rather than solid after moving old blocks only horizontally and wiring to just dropped new blocks (4041)
  8. Some blocks’ ‘rainbow’ slider controls were jerky while being adjusted (4037 & 4038)
  9. After a save, close and file reopen, Delay and Level blocks erroneously permitted deleting only input nodes, when both input and output nodes should always be deleted together on these blocks. (4010)
  10. After adding a new DR, then viewing the Processing workspace, then returning to the Hardware workspace and changing the DR to a RAD, the RAD was not being shown in the Processing workspace (4036)
  11. Corrected some filename typos in the help and readme files that pointed to the 3rd-party help documents (3971 & 3972)
  12. Duck block ‘ducked’ indicator was turning off at the wrong time. Now it turns off after the hold time, but before ramping begins. (3679)
  13. Multiple DR windows were opening from the Link dialog after moving or swapping EXPs that contain linked DRs. (3963)
  14. The meter server between HAL & Halogen is much more robust now. Added more automatic retries and user warnings are displayed if speed bumps are encountered (3960 & 4015)
  15. Some email clients were hanging Halogen when “Send email to Rane” was clicked (4018)
  16. Extended the time before deleting troubleshooting log files from 2 days to 2 weeks (4021)
  17. Sometimes rapidly changing the max delay (like a two year old would) in Distance or Video delay block caused Halogen unhappiness (4039)
  18. Two bugs that created corrupted files when Halogen upgraded much older Halogen files were fixed (3961 & 4010)

Known issues in Halogen 1.2.0

  1. If a Windows XP or Windows 7 computer does not have Microsoft .NET 4.0 installed, the Halogen installer does install/update it. But during installation, two reboots are required: one after the .NET Client installs and a second reboot after the .NET Framework installs. We know, what a pain in the tush. And you thought Microsoft cared about your time, or at least moved on from requiring reboots during installs. Take the added time to think happy thoughts – such as your favorite dessert or gelato flavor.
  2. The Zone Processor Priority Selector settings are lost or improperly reset when closing and reopening Halogen or repowering HAL. The fix is to drag and configure the Distributed Program Bus (DPB) first, then drag on the Zone Processors.
  3. To fix this:

1. Delete the DPB and the Zone Processor blocks.
2. Add the DPB and configure the inputs.
3. Add the Zone Processor(s) and configure the selectors.
4. Save the config and open it – all will be well.

PDF1.2.0 Single File Halogen Installer (233M)

This file does not require an internet connection to install Halogen.

New features in Halogen 1.1.0

HAL & Halogen software

1. Added support for external Ethernet control systems.

  • Support packages for AMX, Crestron, and Stardraw Control.
  • Control Systems button & dialog in processing workspace added to configure controls.
  • Halogen/HAL1 Control Server – supports multiple clients.
  • Allows complete development and 100% testing of control systems with only Halogen software – no hardware required for developers.
  • All HAL/Halogen linkable Level controls are automatically and quietly ramped in the DSP, thus programmers can send fast and/or drastic level value changes without worrying about audio pops and burps.

2. Enter a subnet mask for HAL1’s static IP Address in the live HAL1 properties dialog.

3. Enter a default gateway for a HAL1 in the live HAL1 properties dialog.

4. Disallow disabling of DHCP on a HAL when connected to that HAL's DHCP-assigned address. If the DHCP address is being used for the connection between Halogen and HAL, the user is prevented from turning off DHCP and a message box appears to tell them this and why.

5. Open property dialogs near blocks, devices, or hyperlinks. When opening property dialogs, Halogen now opens dialogs just below the clicked block, device, or hyperlink (not below the previously opened dialog as in the previous version of Halogen).

6. Added ‘Close’, ‘Close All’, and ‘Close All But This’ to all dialog context menus – right-click in any title bar.

 

Hardware Workspace

1. Temporarily hide open dialogs when dragging from the palette.

2. Temporarily hide open dialogs when panning or zooming the birdseye view.

3. Temporarily hide open dialogs when moving or swapping a device in the hardware map.

4. Right-click context menu in the palette now includes ‘Show All’ and ‘Hide All.’

5. Added a Help menu item to zip all Halogen log files and allow saving the zip to a directory.

  • Captures all Halogen and ‘pcops’ log files – this is intended to be done with direction from Rane so users can send zip files to Rane for troubleshooting and analysis.
  • Located in the Help menu (Save log files).

Processing Workspace

1. Support for external Ethernet control systems.

2. Bulk drag of I/O blocks.

  • Shift-click selects sets of I/O palette blocks for multi-dropping in the Processing map with a single drag/drop.
  • Click headings to select whole groups of I/O, or shift-click headings to select custom sets via multi-select.

3. Drag and drop multiple copies of Host Processing blocks to the Processing map. Hold down any number 1 through 0 while dropping a block, 1 through 10 blocks are added. Number key must be held down while releasing mouse.

4. Specify number of I/O when dropping a variable I/O Host Processing block. Hold shift down while dropping a variable I/O block - a popup asks how many I/O nodes to add.

5. Selector, Priority Selector and Router blocks (including those in Zone Processor and Room Processor blocks) show the currently selected node in maroon colored text on the block. On the Priority Selector, the currently selected maroon text on the block does automatically move as higher priority input audio is auto-detected. But the radios buttons in both the property dialog and any linked DR remote(s) continue to show the most recent physically selected input – not the auto-detected priority input.

6. On I/O blocks, show the physical port number on the Processing map. Hover the mouse over an I/O block in the Processing map, the physical HAL or EXP1 port number appears in the title bar on the upper left corner. Open the dialog to view the full physical path to the device (e.g., which EXP1 in a chain).

7. Meter button & Meter Window added. Drag and drop any meter to the Meter Window – 8 meters per meter page, 40 meter pages.

8. When an AM2 mixer(s) is cascaded in the Room Combine block, the physical port number for that AM2’s HAL or EXP1 port is displayed.

9. Show the number of filters in the PEQ and All-pass filter blocks. The number of filters displays in the block title bar as ‘x n’ where n is the number of filters – e.g., x 6 for 6 filters. The PEQ’s high- and low-cut filters are not included in this value.

10. The I/O and HW Control palettes show the physical HAL or EXP1 port numbers. The palette title bar for the HAL1 and each EXP1 contains a port position number. This makes it easier to figure out which physical HAL or EXP1 port a device is connected to.

11. Temporarily hide open dialogs when dragging from I/O and Host Processing palette.

12. Temporarily hide open dialogs when panning or zooming the birdseye view.

13. Temporarily hide open dialogs when shift-click panning.

14. Temporarily hide open dialogs when moving any block or wire.

15. Auto scroll the Processing map when moving an existing block or wire.

16. Blocks containing child blocks now contain a right-click context menu that allows opening child block property dialogs without having to open the parent block. A fly out appears showing all child blocks, allowing you to pick one. Applies to Pager1, Paging Station, Zone Processor, and the individual Room Processors in the Room Processors tab (not the parent Room Processor since this would require dozens of fly-out menus).

17. Added bypass and mute to the right-click context menu (for blocks with bypass/mute). When multiple blocks are selected, all blocks must support the bypass/mute function and be in the same state for the context menu to appear.

  • Blocks with mute:
    I/O blocks: all, except Pager1 (including its child blocks), Mic Input and Level
    Filters: all 6 crossover blocks
    Misc: Level, Ramped Noise, Swept Noise, and Sine Wave
    Mixers: all blocks
    Paging/Room Combine blocks: Level child blocks inside Paging Station, Zone Processor, and Room Processors; Mixer child blocks inside Room Processors
  • Blocks with bypass:
    I/O: PAGER1 child blocks: PEQ and Compressor
    Dynamics: all blocks
    Filters: all blocks except the six crossover blocks
    Paging/Room Combine: PEQ and Compressor child blocks inside Paging Station

18. Property dialogs for blocks, presets and linking now display the block’s category colors. A color bar is preset in the property dialog title bar for all processing block, preset, and linking property dialogs. The bar is in the upper left corner, just to the right of the ‘pin’ icon.

 

New DR Remote functionality

1. Allow apostrophes in DR & Pager1 LCD display text – e.g., Men’s Lounge.

2. Show in software whether or not text fits (left to right) on a DR or Pager1 LCD display. Halogen shows a yellow warning (!) icon next to the LCD edit box when display text won’t fit in the actual LCD display on the given product.

3. Make it more obvious when a DR executes a Command. The icon for the Command item shown in the DR LCD display flashes more prominently when the user clicks the item (by pressing the DR button).

4. Slowed down the ‘spin’ rate when using the arrow buttons to adjust DR and Pager1 LCD backlight.

 

Bugs fixes in Halogen 1.1.0

  • Fixed Non-US English versions of Microsoft Windows installations that were exhibiting problems after dragging a ducker, limiter or gate onto the Processing map. (3751)
  • After moving or swapping DR remotes on the Hardware workspace, the DR label name(s) and Enable state(s) were being reset to their defaults. This forced names to be reentered after moving or swapping. (3736)
  • DR remotes were improperly restricted to displaying 16 maximum entries, not the intended 20 max that are now supported by all DR and Pager1 devices. (3838)
  • The Ctrl-D shortcut key to open the All Presets dialog was not working. (3830)
  • Deleted nodes of copied Level and Selector blocks were being pasted to new blocks. (3861)
  • Wiring or moving blocks near the edges of the Processing map did not auto scroll. (2798)
  • Text edit icon disappeared in DR hardware properties dialog after entering very long names. (3907)
  •  Configuration Notes were not displayed the first time you re-open a configuration file containing notes. The second time you open the file they returned as expected. (3943)
  • Swapping EXPs was causing their RAD/DR devices to stop working. (3823)
  • Linking a toggle preset and a toggle control, then changing the link value in the Link window was causing problems. (3854)
  • The last character in DR or Pager1 LCD display names was sometimes hidden by the scrollbar. (3898)
  • After deleting a preset that contained a Level block, nodes would no longer Add correctly to that Level block. (3968)
  • Links to Selector Presets stopped working after reopening configuration file. (3967)  Link names were also initially missing in this situation (3966)
  • The Help file states the maximum number of HAL IP Addresses was 10. But the actual limit is 8 IP Addresses. (3957)
  • Unplugging the Ethernet cable before a Connection transfer is complete caused Halogen processes to continue running – even after closing Halogen. (3954
  • HAL was not changing its IP Address after the DHCP server changes its IP range and the HAL DHCP lease expired. (3951)
  • HAL was accepting DHCP IP Addresses that were already present on the network. Now HAL verifies that the IP Address sent by the DHCP server is not in use. (3946)
  • HAL was not sending its hostname to the DHCP server (3947)
  • Leaving a live device’s meters open in Halogen for over 2 weeks, 24/7 eventually caused the meters to stop, requiring a re-launch of the Halogen software to have meters again. (3742)

Known issues in Halogen 1.1.0

  • If a Windows XP or Windows 7 computer does not have Microsoft .NET 4.0 installed, the Halogen installer does install/update it. But during installation, two reboots are required: one after the .NET Client installs and a second reboot after the .NET Framework installs. We know, what a pain in the butt. And you thought Microsoft cared about your time, or at least moved on from requiring reboots during installs. Take the added time to think happy thoughts – such as your favorite or an upcoming vacation.
  • Using presets to recall drastic filter changes can cause minor pops in the presence of audio. We’ll be adding filter morphing to the PEQ, Graphic, Cut and Shelf blocks in the next Halogen release to address this.
  • After dragging a Pager1 to the Processing map, either right-cliking to delete it, or changing the Pager1 to any other RAD, DR or none in the Hardware workspace crashes, then forces Halogen to close. The work around is to first remove/delete the Pager1 from the Processing Map, then delete it or change it in the Hardware workspace.
  • The Room Processor's Sum block crashes Halogen if you double-click on it. Workaround: Do not double-click the Sum block inside a Room Processor. This block contains no adjustable parameters - so once it's fixed in the upcoming Halogen 1.2, it will not open anyway. Halogen 1.2 is due in late April, 2012 to address all but the Microsoft reboot issue.

PDF1.1.0 Single File Halogen Installer (232M)

This file does not require an internet connection to install Halogen.

Version 1.0.1

Version 1.0.1 contains several minor bug fixes.

Known Issues in Halogen 1.0.1

1. "Non-US English" versions of Windows exhibit problems when dragging blocks onto the Processing Map. We recommend changing the Windows setting that changes the symbol used for "decimal points" from a comma ( , ) to a period ( . ).  This temporary workaround fixes the problems until an updated release is available.

The problems encountered are: adding a ducker, gate or limiter block displays an error that corrupts the configuration file. The delay block resources used value is calculated incorrectly. And Level control links and parametric EQ bandwidth values behave incorrectly.

Here's where to find the settings in the German version of Windows. Make these changes, then open Halogen:

German Win 7 Pro N
From the Systemsteuerung, open Region und Sprache
Click on Weitere Einstellungen…  the button in the lower right corner of the screen (on the Formate tab)
Replace the ‘,’ in the Dezimaltrennzeichen field with a ‘.’

Windows XP N 
Systemsteuerung -> Regions und Sprachoptionen
Click on the Anpassen… button next to the region
Change the dezimaltrennzeichen value to ‘.’ Instead of ‘,’

Windows Vista:
Systemsteuerung -> Regions- und Sprachoptionen
Click on the Dieses Format anpassen… button in the lower right of the dialog
Dezimaltrennzeichen field

2. Halogen will not run with .NET framework 4.0 on Vista SP2. Vista SP1 works fine as do the other versions of Windows we currently support

PDF1.0.1 Single File Halogen Installer (220M)

This file does not require an internet connection to install Halogen.

Original Release Version 1.0.0

PDF1.0.0 Single File Halogen Installer (222M)

This file does not require an internet connection to install Halogen.

AMX Support Package

The AMX Control Systems Guide, included in the package link below, includes an introduction to using external control systems with HAL. It also discusses an example HAL1x configuration and how to set up an AMX controller and touch panel to communicate with a Halogen/HAL Control Server. In addition, an appendix is included with reference information on the HAL external control message protocol and how to use a telnet client to monitor and troubleshoot the operation of a control system at the message protocol level.

AMX

The AMX Support Package includes:

  • AMXControlSystemsGuide.pdf - The AMX Guide pdf.
  • ControlSystemSample.hal - Halogen configuration file intended for loading in Halogen or your HAL.
  • Rane_HAL.apw - NetLinx Studio program project file.
  • Main.axs - NetLinx program source file.
  • Rane_HAL_TP.TP4 - TPDesign4 touch panel project file.

The AMX Support Package is installed with the Halogen software and can be accessed from the Windows Start Menu under Rane Corporation > Halogen > Guides > AMX. If you want to access the files directly they are available on the product DVD or from the Halogen install directory:

  • Windows 8 - C:\Program Files\Rane Corporation\Halogen\Guides\Support Packages\AMX directory
  • Windows 7 or Vista - C:\Program Files (x86)\Rane Corporation\Halogen\Guides\Support Packages\AMX directory
  • Windows XP - C:\Program Files\Rane Corporation\Halogen\Guides\Support Packages\AMX directory.

AMX® and the AMX logo are registered trademarks of AMX.

Crestron Support Package

The Crestron Control Systems Guide, included in the package link below, includes an introduction to using external control systems with HAL. It also discusses an example HAL1x configuration and how to set up a Crestron controller and virtual touch panel to communicate with a Halogen/HAL Control Server. In addition, an appendix is included with reference information on the HAL external control message protocol and how to use a telnet client to monitor and troubleshoot the operation of a control system at the message protocol level.

Crestron

The Crestron Support Package includes:

  • CrestronControlSystemsGuide.pdf - The Crestron Guide pdf.
  • ControlSystemSample.hal - Halogen configuration file intended for loading in Halogen or your HAL1x.
  • Rane_HAL.smw - SIMPL Windows program project file.
  • Rane_HAL_TP.vtp - VisionTools Pro-e touch panel project file.
  • Rane HAL Level Processor.usp - SIMPL+ user module source file.
  • Rane HAL Level Processor.ush - Compiled user module.

The Crestron Support Package is installed with the Halogen software and can be accessed from the Windows Start Menu under Rane Corporation > Halogen > Guides > Crestron. If you want to access the files directly they are available on the product DVD or from the Halogen install directory:

  • Windows 8 - C:\Program Files\Rane Corporation\Halogen\Guides\Support Packages\Crestron directory
  • Windows 7 or Vista - C:\Program Files (x86)\Rane Corporation\Halogen\Guides\Support Packages\Crestron directory
  • Windows XP - C:\Program Files\Rane Corporation\Halogen\Guides\Support Packages\Crestron directory.

Crestron® is a registered trademark of Crestron Electronics, Inc.

Stardraw Control Support Package

The Stardraw Control Systems Guide, included in the package link below, includes an introduction to using external control systems with HAL. It also discusses an example HAL1x configuration and an example Stardraw Control application and driver that communicates with a Halogen/HAL Control Server. In addition, an appendix is included with reference information on the HAL external control message protocol and how to use a telnet client to monitor and troubleshoot the operation of a control system at the message protocol level.

Stardraw Control

The Stardraw Control Support Package includes:

  • StardrawControlSystemsGuide.pdf - The Stardraw Control Guide pdf.
  • ControlSystemSample.hal - Halogen configuration file intended for loading in Halogen or your HAL1x.
  • HAL1 Stardraw Example Project.s03 - Stardraw Control Project.
  • Rane_HAL_TP.vtp - VisionTools Pro-e touch panel project file.
  • HAL1 Example Driver.cs - Stardraw HAL1x driver source code. This is part of the Stardraw Control Project but is included separately here for reference.

The Stardraw Control Support Package is installed with the Halogen software and can be accessed from the Windows Start Menu under Rane Corporation > Halogen > Guides > Crestron. If you want to access the files directly they are available on the product DVD or from the Halogen install directory:

  • Windows 8 - C:\Program Files\Rane Corporation\Halogen\Guides\Support Packages\Stardraw Control directory
  • Windows 7 or Vista - C:\Program Files (x86)\Rane Corporation\Halogen\Guides\Support Packages\Stardraw Control directory
  • Windows XP - C:\Program Files\Rane Corporation\Halogen\Guides\Support Packages\Stardraw Control directory.

Stardraw Control is a trademark of Stardraw.com Ltd.

HAL System Literature

 

Help Files

If you prefer not to install Halogen now, the complete and current Help is here for desktops and laptops:

The complete and current Help is here for mobile devices and phones:

Video: Introducing HAL

This introductory video (above) was made before the improved HAL1x Expansion Bus.


Video: HAL1x Expansion Bus

 

Rane HAL System Products for Halogen 3.0 from Rane on Vimeo.

Covers the new Expansion Bus for the HAL1x, EXP1x, EXP3x, and EXP5x. Also the new RAD27 USB Audio Sound Card.

JPG & DWG

 
JPG HAL1x front panel graphic JPG HAL1x rear panel graphic
JPG HAL1x front panel photo JPG HAL1x rear panel photo
JPG EXP1x front panel graphic JPG EXP1x rear panel graphic
JPG EXP1x front panel photo JPG EXP1x rear panel photo
JPG EXP3x front panel graphic JPG EXP3x rear panel graphic
JPG EXP3x front panel photo JPG EXP3x rear panel photo
JPG EXP5x front panel graphic JPG EXP5x rear panel graphic
JPG EXP5x front panel photo JPG EXP5x rear panel photo
JPG EXP7x front panel graphic JPG EXP7x rear panel graphic
JPG EXP7x front panel photo JPG EXP7x rear panel photo
JPG HAL2 front panel graphic JPG HAL2 rear panel graphic
JPG HAL2 front panel photo JPG HAL2 rear panel photo
JPG HAL3 front panel graphic JPG HAL3 rear panel graphic
JPG HAL3 front panel photo JPG HAL3 rear panel photo
JPG HAL4 front panel graphic JPG HAL4 rear panel graphic
JPG HAL4 front panel photo JPG HAL4 rear panel photo
JPG DR4 front panel graphic JPG DR4 rear panel graphic
JPG DR4 front panel photo JPG DR4 rear panel photo
JPG DR5 front panel photo JPG HAL1, 2, 3 front panels photo
JPG All DRs 1,2,3,4,5 in one graphic JPG White DR1,2,3 with displays
JPG All RADs in one graphic JPG All White RADs in one graphic
JPG PAGER1 photo JPG PAGER1 graphic top
JPG Halogen Hardware Workspace JPG Halogen Processing Workspace
JPG Halogen Paging Manager JPG Halogen Room Combiner
JPG Halogen Logo JPG Halogen Web Across Devices
dwg HAL1 Front DWG dwg HAL1 Rear DWG
dwg HAL1x Front DWG dwg HAL1x Rear DWG
dwg HAL2 Front DWG dwg HAL2 Rear DWG
dwg HAL3 Front DWG dwg HAL3 Rear DWG
dwg EXP1 Front DWG dwg EXP1 Rear DWG
dwg EXP1x Front DWG dwg EXP1x Rear DWG
dwg EXP3x Front DWG dwg EXP3x Rear DWG
dwg EXP5x Front DWG dwg EXP5x Rear DWG
dwg EXP7x Front DWG dwg EXP7x Rear DWG
dwg DR4 Front DWG dwg DR4 Rear DWG

dwg DR5 Front DWG

A JPG is available for each color in the DR sections on this page or the RAD page.

RAD labels can be generated for print inside Halogen software. Templates are here if you prefer Word format.

Most RADs and DRs are designed to work with Decora plates. If you need to fabricate a custom plate, dimensions for single and multiple-gang mounting are here. Decora® is a registered trademark of Leviton.

Where HAL Lives

 

Venue

Problem Solved

Location

Pan Am Centre (Pool Center & Soccer Stadium) Pool Center & Soccer Stadium (for 2015) Markham, Ontario
Melrose Ballroom Nightclub, restaurant, rooftop lounge Astoria, NY
Vakko (The “Neiman Marcus” of Turkey) High-end retail store; background music and paging Zorlu shipping mall, Istanbul, Turkey
Villa Sports 7 acre, 87,100 sq. ft. Athletic Club, Spa & cafe - multizone music & paging & evac Beaverton, OR
Aritzia Retail “boom & sizzle” for high-end women’s clothes. Equipment rack is in the front of the store. Multiple locations: 5th Ave Manhattan, University Village, Seattle, Toronto & B.C. Canada & more...
Joe Fresh Retail for high-end clothes & beauty supplies. Broadway, NYC
Manaus Airport Airport paging, announcements and background music Manaus, Brazil
OK City Univ. School of Law Classroom multimedia sound, voice-lift /sound reinforcement, portable AV carts for multipurpose rooms Oklahoma City, OK
Country Music Hall of Fame Event Hall (live stage with building distribution) & Theater (opera house) Nashville, TN
Salt House Restaurant Steakhouse: zoned background music with simple control Sydney area, Australia
Main Event Bowling, laser tag, restaurant, bar... multizone sound, on-the-fly events with music & wireless mic assignment, zoned paging with AMX touch screen control Several locations throughout Texas
Floyd E. Kellam School of Music Auditorium & Music Lab classrooms Virginia Beach, VA
Melrose Ballroom Nightclub with simple knob-on-the-wall controls New York City
Abercrombie & Fitch Men’s clothes store - serious SPL & cologne Dozens of locations worldwide
Staffords Casino Casino & betting lounge with multimedia system Texas
Stout Brothers Irish Pub iPad control in pub San Rosa, CA
Fogo de Chão Brazilian Steakhouse multizone background music with simple controls W 53rd St., NYC
Tacoma Community College: H.C. “Joe” Harned Center for Health Careers Multimedia classroom AV integration (mics, blu-ray, AV carts, assisted listening feed, portable system zone) Tacoma, WA
Toronto FC’s Kia Training Ground & Academy Training facilities: Zoned global and local music, paging and control Toronto, ON

Canada Bay Club, Five Dock

  NSW, Australia
St. Paul's School for Girls  Cafetorium Baltimore, MD
St. Paul's School for Girls Gym Lutherville, MD
Marriott Courtyard   Indianapolis, IN
Cirque du Soleil Backstage Audio Las Vegas, NV
Port Colborne Centre   Port Colborne, Ontario, Canada
Sur Restaurant & Bar   West Hollywood, CA
Gaylord Texas Resort   Grapevine, TX
Ramada   Leipzig, Germany
Regent Hotel   undisclosed location
Morinville Cultural Centre   Morinville, Alberta, Canada
Pacific Northwest University 300 student combinable classroom Yakima, WA
Portland Expo Center   Portland, OR
Kissimmee Utility Authority Boardroom Kissimmee, FL
Roy Thompson Hall Theater Toronoto, Ontario, Canada
Operatorium remote education operating room undisclosed location
Nobu Sushi House   Malibu, CA
Tropicana Conference Center   Las Vegas, NV
Craigleith Ski Club Lodge Collingwood, Ontario, Canada
Avera St. Luke's Hospital multifunction space with room combine Aberdeen, SD
Barbagallo Raceway   Neerabup, WA, Australia
Baths Hall Performance Theatre Scunthorpe, UK
University of Louisville Student Recreation Center Louisville, KY
The Athletic Club   Waterloo, Ontario, Canada
West Side Christian Church   Springfield, IL
St. Mary's Church   Tarzana, CA
HMS Santa Regina Cruise Ship   New Zealand
Medical Office Office room combine Duncan, OK
Atlantis Water Park   Herzogenaurach, Germany
Boeing Company Conference Center room combine Chantilly,  VA
Southeastern Regional Vocational Technical High School Cafeteria South Easton, MA
Hyatt Regency Grand Cypress   Orlando, FL
Toronto Football Club gym/dining/lockers/multipurpose arena Toronto, Ontario, Canada
Rozebroeken Sports Center   Gent, Belgium
Red Lion Hotel   Seattle, WA
Hope Inn Hotel   Hindmarsh, Adelaide, Australia
Southeastern Regional Vocational Technical High School Gym South Easton, MA
Radisson Blu Hotel   Bloomington, MN
Arsenal Technical High School Career Tech Center Indianapolis, IN
Collège Boréal   Ontario, Canada
Perkins Park Club   Stuttgart, Germany
Brown Deer Fieldhouse   Brown Deer, WI
Hartville Hardware Retail: 330,000 square feet Hartville, OH
Gatineau Golf Club   Aylmer, Quebec, Canada
Malibu Presbyterian Church   Malibu, CA
Clwyd Theatr Cymru   Flintshire, UK
Marriott Courtyard   Mankato MN
Hyatt Regency   Louisville, KY
BJ's Brewhouse   undisclosed, USA
CCH  Multi-room meeting & banquet facility Kuala Lumpur, Malaysia
Performance Theater   undisclosed, NY
Vancouver Marriot Pinnacle Banquet facility with room-combining Vancouver, BC, Canada
Flint Islamic Center   Flint, MI
Sanctuary Lakes Hotel Function rooms Melbourne, Australia
Caterpillar   Australia

Regent Hotel

  Australia

HAL1 Multiprocessor

HAL1 front

HAL1 rear

The original HAL1 and EXP1 have been replaced with the HAL1x and EXP1x. Only the HAL1x can be expanded with EXP“x” units.

  • Same specs as HAL1x except for the Expansion Bus and total I/O.
  • Expansion Bus connects up to four optional EXP1 units (red area)
    • Firewire IEEE 1394a 6-pin connectors
    • 64 x 32 audio channels

 

EXP1 Expander for HAL1

EXP1 frontEXP1 rear

 

  • Same specs as EXP1x except for the Expansion Bus.
  • Expansion Bus connects more EXP1 units (up to four per HAL1)
    • FireWire IEEE 1394a 6-pin connectors
    • One non-locking 1-meter FireWire cable included