ADDERLink Infinity ALIF1002T is a high performance KVM (Keyboard, Video and Mouse) transmitter that forms part of the ALIF 1002 KVM extension system. This enables you to locate your critical computing hardware in a secure and temperature controlled environment away from the user work station, whilst maintaining a pixel perfect desktop experience. ALIF1002T is the transmitter only, that requires the ALIF1002R receiver to operate. Plug and play 100m extension distance on single CATx; unlimited using standard IP network 500m to 10km over fiber Single link or single head configuration 1920 x 1200@60Hz maximum resolution Support for MacPro Redundant network operation Application diagram showing the ALIF 1002 system (The ALIF1002T requires a compatible receiver) LEARN MORE - ADDER INFINITY SERIES Features of the ALIF 1002 Extender system Perfect digital video, real time control Using a spatially-lossless encoding system, with 1:1 pixel mapping, AdderLink Infinity provides pixel perfect and color accurate video with no artefacts. The digital video you receive is the same as the digital video leaving the remote computer. Single CATx cable or fiber with immunity from interference From the outset we designed AdderLink Infinity units around a highly robust signaling method. This vital core asset is what gives you the freedom to use the full variety of cable links that you typically find within an average structured cabling system. The result is that you can achieve reliable links, regardless of whether the cables are CAT5e, CAT6 or CAT7. The AdderLink Infinity also offers the option of up to 10km distances with fiber. Unlimited extension distances Extension distance is not limited to a single 100 meter cable length - If you need to extend further, simply add a 1GbE network device to achieve an additional 100 meters. This can be repeated many times. The units are also fitted with SFP cages to accept fiber optic transceivers which enable much greater extension distances. Support for MacPro (Dithered Video) Some graphics cards use a technique called dithering to give the appearance of a deeper color depth than is actually the case. As a result, dithering can significantly increase the normal video data rates. ALIF1002T has a feature called Magic Eye which supports dithering without allowing it to degrade overall link performance. USB 2.0 with class control Enables connection of USB devices from mice and keyboards through to graphics tablets, jog shuttles, joysticks and 3D explorers, alongside mass storage devices. For applications where security is of high importance, the system has the ability to disable the use of non-HID devices, meaning there is no need to physically block USB ports to prevent the use of mass storage devices. EDID management Intelligent EDID management allows the true characteristics of the monitor to be passed back to the computer. This ensures perfect video display without the additional configuration. Plug and Play AdderLink Infinity extender devices are delivered in a zero configuration state so you can plug them in and start working on them straight away. There is no need for drivers or software to be installed. Redundant network operation The units are able to detect whether the network is in operation and can automatically change to its second network port if it detects a failure AdderLink Infinity Matrix With the addition of AdderLink Infinity management system (A.I.M.) you can turn multiple point-to-point extenders into a truly scalable digital KVM matrix system that allows any workstation to link with any computer connected to the network. See the Adderlink Infinity Matrix Manager for details
he A.I.M. management server (AIM-24) is a control suite which transforms ADDERLink INFINITY extenders into a digital matrix solution. Using standard IP infrastructure it is possible to route any user station to any computer attached to the network without any compromises to video quality or control. It allows co-operative sharing of computers and the multicasting of video to any destination. Includes 24 End Point licenses (expandable up to infinite primary & failover end points) Intuitive, multi-lingual user interface Multiple switching methods Configurable user access rights Full audit trail Easy centralized management of Adder INFINITY Transmitters & Receivers Open API for 3rd party control Sun, PC and Mac compatible RJ45 Interface Hourly to Weekly automatic database backups Centralized Firmware Updates - Push updates to hundreds of devices, system-wide in minutes Adder INFINITY Manager Features - System administration Infinite Flexibility With the ADDERLink INFINITY management system (A.I.M.), you can turn multiple INFINITY point-to-point extenders into a truly scalable digital KVM matrix system that allows any workstation to link with any computer connected to the network. Point-to-point extension (local / over-IP) AV / KVM Switch multi-point matrix (over-IP) Sharing a single target (over-IP) Multicasting to many receivers (over-IP) Command Center / Video Wall Controller (over-IP) Learn more Easy centralized management of Unlimited end-points Accessed via a web browser, the INFINITY dashboard gives a real time overview of system connections and users. Tabs enable you to navigate between settings and device or user sub-menus. Secure access and communications Using TLS (transport layer security) and HTTPS ensures communications between Adder INFINITY units and A.I.M. and between A.I.M. and the outside world are all secure. Built-in security measures are compliant with universal enterprise grade security standards including SNMPv3, AES/DES encryption, and MD5/SHA authentication User access management and audit trails Each user can be granted different access permissions on a per computer basis. Administrators can also select which levels of control will be available, allowing users to choose between View only, Shared, Exclusive or Private connection modes. Reports showing the history of devices, user logins and device connections can be viewed and exported to a CSV file or via SYSLOG. Control End-points and set presets A.I.M. is used to facilitate connections between INFINITY transmitter and receiver devices through a easy centralized management system. Using Presets, a list of pre-defined connections, multiscreen, video wall or signage setups can be brought up with a single click. Redundant network operation To ensure 24/7 uptime, a second A.I.M. can be added for redundant network. The units will automatically change to the second network port if they detect a failure. Most INFINITY Transmitters and Receivers also feature dual NIC network interfaces, allowing your full solution to be easily designed for maximum resilience. Easy matrix setup The A.I.M. automatically obtains the MAC addresses of extender transmitters & receivers as they are attached to the network using Zero Configuration networking. The administrator allocates IP addresses, names and locations so that devices are easy to identify, configure and control. Open API for 3rd party control systems Adder Technology publishes a simple API structure that allows easy integration with other 3rd-party control systems supplied by companies like AMX, Crestron, HRS or MediaLon at a HTTP level. Adder INFINITY Manager Features - Intuitive user interface On-screen-display (OSD) at each user station After logging in, users choose channel connections from an intuitive OSD similar to that of a Digital TV. Users can also use Presets to change channels for multiple screens across multiple receivers. Remote OSD The remote OSD allows the user to "push" video and control to another station or to a video wall or projector. Favorites & Fast hotkey switching Video and USB switching time between computer sources is less than 1 second to provide a quality user experience. Each user can also select their favorite channels within the OSD and allocate a hotkey for faster switching between channels. USB device sharing USB sharing allows multiple users to connect to and control a single computer at the same time. Each transmitter can report 12 unique USB devices (identified by VID/PID codes) but will merge devices with the same ID to allow many more. Virtual KVM Transmitter Channels A Virtual Transmitter Channel can be setup via the management software to combine video, audio and USB from different transmitters as a single source. Ideal application where audio alerts or mixed video sources are required. LDAP integration LDAP allows integration and user authentication with a directory server such MS Active Directory, OpenLDAP or OpenDJ. To help ease setup, the systems LDAP interface can easily import users and passwords from other systems. SNMP v3 get / walk External machines can check status of the AdderLink Infinity network and units through the A.I.M. SNMP v3 security is implemented, supporting AES/DES transport with MD5/SHA authentication. External NTP server support - NTPv4.2 Connect up to 3 NTP servers with authenticated connections using MD5 and Key ID as defined in the NTP standards. All AdderLink Infinity units in an A.I.M. network now get time using authenticated NTP from A.I.M. Centralized firmware upgrades As well as managing its own firmware upgrade, A.I.M. manages the upgrade of each device on the network and can deploy firmware to hundreds of devices at the same time, meaning a system-wide upgrade takes only a few minutes. System backups Backups of the database can be saved internally, externally or emailed automatically. Automatic updates can be scheduled on an hourly, daily or weekly basis. AIM-24 Package Contents (1) AIM-24 A.I.M. server unit with integral rack brackets (1) PSU-IEC-12VDC-5A 12V, 5A Power supply + US mains cable (4) Self-adhesive rubber feet (1) Quick start guide and Safety document (1) 2-Year Limited Warranty & Lifetime World Class Support - Expandable up to 5-years
The ADDERView Analogue Enhanced SecureSwitch (AVSC1102) allows a keyboard, monitor and mouse to be shared between high and low security systems, "red and black networks" together with secure smartcard reader sharing. The high density, highly robust, small form factor unit ensures maximized security to prevent the compromise of critical data. Switch between two computers in secure environment High definition VGA video up to 1920 x 1200 @ 60Hz resolution USB keyboard & mouse - PS/2 with optional adapter Common-Access-Card (CAC) reader and keyboard support Tempest Certified (USA NSTISSAM Level I and NATO SDIP-27 Level A) NIAP 3.0 Common Criteria EAL 4+ Certified (augmented by ALC_FLR.2 and ATE_DPT.2) See Detailed Layout Adder AVSC1102 Features Tempest & EAL4+ (NIAP 3.0) certified Tempest testing is a strict NSA specification and a NATO certification to ensure that sensitive equipment doesn't leak information. Adder's new secure switch has been tested and qualified to the strictest Tempest standards (USA NSTISSAM Level I and NATO SDIP-27 Level A). This and 80dB crosstalk isolation means that the switches are amongst the lowest leakage KVMs in the world. SmartCard (CAC) reader support An optional smart card reader can be connected and used in conjunction with user authentication schemes. The smartcard system inside the switch is designed to introduce no greater risk than would be present if each computer had a separate card reader and the card was moved between them. Advanced tamper protection / reporting Anti-subversion monitoring - The enhanced models continually monitor their various defences for potential subversions (even when power is removed), such as: Dismantling of the case Tampering with the circuitry Loss or corruption of authentication security information. Authentication function AdderView Secure switches provide a trusted mechanism whereby you can confirm the units authenticity. Each AdderView Secure unit has a unique identity code configured within their circuitry. On request, Adder can provide you with an Authentication Certificate. AdderView Analogue Enhanced Secure switch checks its own operation The hardware and software must agree before data flow is enabled. The switch constantly checks its own operation and will stop operating and flash its error light if an unanticipated event occurs. Minimal emissions profile - 80dB crosstalk isolation The AdderView Analogue Enhanced Secure switch is heavily shielded with double shielding in critical areas to minimize the risk of eavesdropping equipment being able to pick up signals from the equipment. The switch boasts an amazingly high level of electrical crosstalk isolation that is greater than 80dB, giving further peace of mind. No shared RAM between ports The keyboard and mouse processor is powered down and reset at each switchover to thwart shared RAM leakages. Separate memories hold the num, caps and scroll states and are only accessible when the relevant channel is selected. All data buffers are actively cleared once they have been used. Secure USB function The USB ports will only support keyboards, mice and SmartCard / Common Access Cards (CAC). Other devices, such as USB storage drives, are actively prohibited. Independent power supplies block power line signalling The circuitry for each port is independently powered from the USB lead. Power line signaling is therefore blocked because different port circuits don't share the same power feed. Uni-directional data paths for keyboard and mouse One-way data paths ensure that data isolation does not rely on trusting microprocessor software, but is instead assured by hardware and prevents a hidden software weaknesses that could potentially cause data leakage. A unidirectional structure also protects against timing analysis or forced malfunction attacks and prevents computers influencing the operation of any common circuitry.
The ADDERView Analogue Enhanced SecureSwitch (AVSC1102) allows a keyboard, monitor and mouse to be shared between high and low security systems, "red and black networks" together with secure smartcard reader sharing. The high density, highly robust, small form factor unit ensures maximized security to prevent the compromise of critical data. Switch between two computers in secure environment High definition VGA video up to 1920 x 1200 @ 60Hz resolution USB keyboard & mouse - PS/2 with optional adapter Common-Access-Card (CAC) reader and keyboard support Tempest Certified (USA NSTISSAM Level I and NATO SDIP-27 Level A) NIAP 3.0 Common Criteria EAL 4+ Certified (augmented by ALC_FLR.2 and ATE_DPT.2) See Detailed Layout Adder AVSC1102 Features Tempest & EAL4+ (NIAP 3.0) certified Tempest testing is a strict NSA specification and a NATO certification to ensure that sensitive equipment doesn't leak information. Adder's new secure switch has been tested and qualified to the strictest Tempest standards (USA NSTISSAM Level I and NATO SDIP-27 Level A). This and 80dB crosstalk isolation means that the switches are amongst the lowest leakage KVMs in the world. SmartCard (CAC) reader support An optional smart card reader can be connected and used in conjunction with user authentication schemes. The smartcard system inside the switch is designed to introduce no greater risk than would be present if each computer had a separate card reader and the card was moved between them. Advanced tamper protection / reporting Anti-subversion monitoring - The enhanced models continually monitor their various defences for potential subversions (even when power is removed), such as: Dismantling of the case Tampering with the circuitry Loss or corruption of authentication security information. Authentication function AdderView Secure switches provide a trusted mechanism whereby you can confirm the units authenticity. Each AdderView Secure unit has a unique identity code configured within their circuitry. On request, Adder can provide you with an Authentication Certificate. AdderView Analogue Enhanced Secure switch checks its own operation The hardware and software must agree before data flow is enabled. The switch constantly checks its own operation and will stop operating and flash its error light if an unanticipated event occurs. Minimal emissions profile - 80dB crosstalk isolation The AdderView Analogue Enhanced Secure switch is heavily shielded with double shielding in critical areas to minimize the risk of eavesdropping equipment being able to pick up signals from the equipment. The switch boasts an amazingly high level of electrical crosstalk isolation that is greater than 80dB, giving further peace of mind. No shared RAM between ports The keyboard and mouse processor is powered down and reset at each switchover to thwart shared RAM leakages. Separate memories hold the num, caps and scroll states and are only accessible when the relevant channel is selected. All data buffers are actively cleared once they have been used. Secure USB function The USB ports will only support keyboards, mice and SmartCard / Common Access Cards (CAC). Other devices, such as USB storage drives, are actively prohibited. Independent power supplies block power line signalling The circuitry for each port is independently powered from the USB lead. Power line signaling is therefore blocked because different port circuits don't share the same power feed. Uni-directional data paths for keyboard and mouse One-way data paths ensure that data isolation does not rely on trusting microprocessor software, but is instead assured by hardware and prevents a hidden software weaknesses that could potentially cause data leakage. A unidirectional structure also protects against timing analysis or forced malfunction attacks and prevents computers influencing the operation of any common circuitry. One time programmable microprocessors Data isolation is assured by hardware and so is not compromised by any changes to the microprocessor software. Microprocessors use one time programmable memory so flash upgrades are not possible
The ADDERView Analogue Standard SecureSwitch (AVSV1002) allows a keyboard, monitor and mouse to be shared between high and low security systems, "red and black networks". The high density, highly robust, small form factor unit ensures maximized security to prevent the compromise of critical data. Switch between two computers in secure environment High definition VGA video up to 1920 x 1200 @ 60Hz resolution USB keyboard & mouse - PS/2 with optional adapter Tempest Certified (USA NSTISSAM Level I and NATO SDIP-27 Level A) NIAP 3.0 Common Criteria EAL 4+ Certified (augmented by ALC_FLR.2 and ATE_DPT.2) See Detailed Layout Adder AVSV1002 Features Tempest, EAL2+ & EAL4+ (NIAP 3.0) certified Tempest testing is a strict NSA specification and a NATO certification to ensure that sensitive equipment doesn't leak information. Adder's new secure switch has been tested and qualified to the strictest Tempest standards (USA NSTISSAM Level I and NATO SDIP-27 Level A). This and 80dB crosstalk isolation means that the switches are amongst the lowest leakage KVMs in the world. AdderView Analogue Standard Secure switch checks its own operation The hardware and software must agree before data flow is enabled. The switch constantly checks its own operation and will stop operating and flash its error light if an unanticipated event occurs. Minimal emissions profile - 80dB crosstalk isolation The AdderView Analogue Standard Secure switch is heavily shielded with double shielding in critical areas to minimize the risk of eavesdropping equipment being able to pick up signals from the equipment. The switch boasts an amazingly high level of electrical crosstalk isolation that is greater than 80dB, giving further peace of mind. No shared RAM between ports The keyboard and mouse processor is powered down and reset at each switchover to thwart shared RAM leakages. Separate memories hold the num, caps and scroll states and are only accessible when the relevant channel is selected. All data buffers are actively cleared once they have been used. Secure USB function The USB ports will only support keyboards, mice and SmartCard / Common Access Cards (CAC). Other devices, such as USB storage drives, are actively prohibited. Independent power supplies block power line signalling The circuitry for each port is independently powered from the USB lead. Power line signaling is therefore blocked because different port circuits don't share the same power feed. Uni-directional data paths for keyboard and mouse One-way data paths ensure that data isolation does not rely on trusting microprocessor software, but is instead assured by hardware and prevents a hidden software weaknesses that could potentially cause data leakage. A unidirectional structure also protects against timing analysis or forced malfunction attacks and prevents computers influencing the operation of any common circuitry. One time programmable microprocessors Data isolation is assured by hardware and so is not compromised by any changes to the microprocessor software. Microprocessors use one time programmable memory so flash upgrades are not possible AVSV1002 Package Contents (1) AVSV1002 KVM Switch (1) 5V, 2A Power supply and US-specific power lead (1) Information CD-ROM (4) Self-adhesive rubber feet (1) 2-Year Limited Warranty & Lifetime World Class Support AVSV1002-US Resources Adder AVSV1002 Datasheet (PDF) Adder AVSV1002 Manual (PDF) Adder AVSV1002-US Specifications Mechanical Physical 1U High Width 9.25 in. (235 mm.) Height 1.73 in. (44 mm.) Depth 5.9 in. (150 mm.) Construction Compact case, robust metal construction, extensive shielding Compatibility Hardware Compatibility Compatible with all known platforms featuring VGA video and USB HID or PS/2 connectivity Software Compatibility All known software and operating systems including Windows (all), DOS, Linux, Unix, BSD, Sun OS, Solaris, Mac OS, NetWare etc. Video Resolution Analog: 1920 x 1200 @60Hz Computer Connections at Switch 2 x USB HID (Keyboard/Mouse), HD-15 VGA, 2 x system link connection, smart card USB Local KVM Console Connection Video 3x USB type A, 1 x VGA HD-15 Keyboard/Mouse USB Power 100-240 VAC 47/63Hz Operating Temperature 0°C to 40°C / 32°F to 104°F Approvals CE, FCC, Designed to meet Common Criteria EAL4+ & EAL2+ certified (certificates available), Tempest certified AVSV1002 is also known as the AVSV1002-US and AVSV1002-USA.
The KMU2P converter emulates the presence of a keyboard and mouse (via the PS/2 connectors) to the device at all times. This means that when used with a KVM switch, there will be no delay in response when switching to this channel.
The Adder redundant power supply (RED PSU) provides your installation with the power to grow on demand. Housed within a 1U 19-inch rack mount module, RED PSU delivers up to sixteen lockable power 12VDC outputs, hot-swappable power modules and remote management. 8 or 16 port independently controllable 12V outputs, 2 hot swappable power modules, Controllable via secure HTTP interface, REST API for 3rd party control integration, 500,000hrs MTBF ratings on power modules, 12V to 5V cable converters available for units with 5V power feeds. Product Codes PSU-RED2-8; PSU-RED2-16; PSU-RED1-8; PSU-RED1-16 Power to match your needs While individual Adder power adaptors perform well, as your installation expands and its devices proliferate, separate adaptors can become unwieldy and difficult to manage. RED PSU provides a significant step up in terms of efficiency, reliability and power management 8 or 16 port power outputs with locking connectors RED PSU is available in two variants, offering either 8 or 16 separate, lockable power output ports. Each output is limited to a maximum of 20 Watts at 12V and each uses a locking connector to guard against accidental disconnection Hot swappable power modules Conversion from the mains AC supply to low voltage DC occurs within either one, or two switched mode 460W power modules, which slot into the rear of the RED PSU chassis. A single power module is rated at 500,000 hours MTBF and this can easily meet the needs of sixteen ports. However, in situations where redundancy is required, a second power module can be included in the second module bay. With two power modules fitted, the normal load will be intelligently balanced between them on an equal basis; with full load transferring immediately to one should the other cease operation Protection Power integrity, safety and management are core elements of the RED PSU system. At start up RED PSU checks the validity of the power module(s). It then enables each of the power outputs in sequence to reduce the instantaneous load on the power modules. After start up each power output is protected by overlapping safety features that guard against excess demand by any connected device Web interface control RED PSU can be controlled and monitored via a web interface. Temperature, fan speeds and individual current measurements are viewable and each output can be individually controlled. Web interface security is by HTTP digest authentication (RFC 2617) with username and password as requested information REST API A REST (REpresentational State Transfer) API is available with all functionality to which authorized 3rd party control systems can interface 12V to 5V converter for 5V products Many existing Adder devices are powered from 5V supplies. An optional compact converter dongle allows 5V products to be used with the RED PSU, including the AdderLink Infinity range Power Distribution Whether configured with redundant power or a single power supply, the RED PSU is the perfect in rack power distribution solution, simplifying cable management and delivering remote flexibility to manage your devices.
The Adder redundant power supply (RED PSU) provides your installation with the power to grow on demand. Housed within a 1U 19-inch rack mount module, RED PSU delivers up to sixteen lockable power 12VDC outputs, hot-swappable power modules and remote management. 8 or 16 port independently controllable 12V outputs, 2 hot swappable power modules, Controllable via secure HTTP interface, REST API for 3rd party control integration, 500,000hrs MTBF ratings on power modules, 12V to 5V cable converters available for units with 5V power feeds. Product Codes PSU-RED2-8; PSU-RED2-16; PSU-RED1-8; PSU-RED1-16 Power to match your needs While individual Adder power adaptors perform well, as your installation expands and its devices proliferate, separate adaptors can become unwieldy and difficult to manage. RED PSU provides a significant step up in terms of efficiency, reliability and power management 8 or 16 port power outputs with locking connectors RED PSU is available in two variants, offering either 8 or 16 separate, lockable power output ports. Each output is limited to a maximum of 20 Watts at 12V and each uses a locking connector to guard against accidental disconnection Hot swappable power modules Conversion from the mains AC supply to low voltage DC occurs within either one, or two switched mode 460W power modules, which slot into the rear of the RED PSU chassis. A single power module is rated at 500,000 hours MTBF and this can easily meet the needs of sixteen ports. However, in situations where redundancy is required, a second power module can be included in the second module bay. With two power modules fitted, the normal load will be intelligently balanced between them on an equal basis; with full load transferring immediately to one should the other cease operation Protection Power integrity, safety and management are core elements of the RED PSU system. At start up RED PSU checks the validity of the power module(s). It then enables each of the power outputs in sequence to reduce the instantaneous load on the power modules. After start up each power output is protected by overlapping safety features that guard against excess demand by any connected device Web interface control RED PSU can be controlled and monitored via a web interface. Temperature, fan speeds and individual current measurements are viewable and each output can be individually controlled. Web interface security is by HTTP digest authentication (RFC 2617) with username and password as requested information REST API A REST (REpresentational State Transfer) API is available with all functionality to which authorized 3rd party control systems can interface 12V to 5V converter for 5V products Many existing Adder devices are powered from 5V supplies. An optional compact converter dongle allows 5V products to be used with the RED PSU, including the AdderLink Infinity range Power Distribution Whether configured with redundant power or a single power supply, the RED PSU is the perfect in rack power distribution solution, simplifying cable management and delivering remote flexibility to manage your devices.
The Adder redundant power supply (RED PSU) provides your installation with the power to grow on demand. Housed within a 1U 19-inch rack mount module, RED PSU delivers up to sixteen lockable power 12VDC outputs, hot-swappable power modules and remote management. 8 or 16 port independently controllable 12V outputs, 2 hot swappable power modules, Controllable via secure HTTP interface, REST API for 3rd party control integration, 500,000hrs MTBF ratings on power modules, 12V to 5V cable converters available for units with 5V power feeds. Product Codes PSU-RED2-8; PSU-RED2-16; PSU-RED1-8; PSU-RED1-16 Power to match your needs While individual Adder power adaptors perform well, as your installation expands and its devices proliferate, separate adaptors can become unwieldy and difficult to manage. RED PSU provides a significant step up in terms of efficiency, reliability and power management 8 or 16 port power outputs with locking connectors RED PSU is available in two variants, offering either 8 or 16 separate, lockable power output ports. Each output is limited to a maximum of 20 Watts at 12V and each uses a locking connector to guard against accidental disconnection Hot swappable power modules Conversion from the mains AC supply to low voltage DC occurs within either one, or two switched mode 460W power modules, which slot into the rear of the RED PSU chassis. A single power module is rated at 500,000 hours MTBF and this can easily meet the needs of sixteen ports. However, in situations where redundancy is required, a second power module can be included in the second module bay. With two power modules fitted, the normal load will be intelligently balanced between them on an equal basis; with full load transferring immediately to one should the other cease operation Protection Power integrity, safety and management are core elements of the RED PSU system. At start up RED PSU checks the validity of the power module(s). It then enables each of the power outputs in sequence to reduce the instantaneous load on the power modules. After start up each power output is protected by overlapping safety features that guard against excess demand by any connected device Web interface control RED PSU can be controlled and monitored via a web interface. Temperature, fan speeds and individual current measurements are viewable and each output can be individually controlled. Web interface security is by HTTP digest authentication (RFC 2617) with username and password as requested information REST API A REST (REpresentational State Transfer) API is available with all functionality to which authorized 3rd party control systems can interface 12V to 5V converter for 5V products Many existing Adder devices are powered from 5V supplies. An optional compact converter dongle allows 5V products to be used with the RED PSU, including the AdderLink Infinity range Power Distribution Whether configured with redundant power or a single power supply, the RED PSU is the perfect in rack power distribution solution, simplifying cable management and delivering remote flexibility to manage your devices.
The Adder redundant power supply (RED PSU) provides your installation with the power to grow on demand. Housed within a 1U 19-inch rack mount module, RED PSU delivers up to sixteen lockable power 12VDC outputs, hot-swappable power modules and remote management. 8 or 16 port independently controllable 12V outputs, 2 hot swappable power modules, Controllable via secure HTTP interface, REST API for 3rd party control integration, 500,000hrs MTBF ratings on power modules, 12V to 5V cable converters available for units with 5V power feeds. Product Codes PSU-RED2-8; PSU-RED2-16; PSU-RED1-8; PSU-RED1-16 Power to match your needs While individual Adder power adaptors perform well, as your installation expands and its devices proliferate, separate adaptors can become unwieldy and difficult to manage. RED PSU provides a significant step up in terms of efficiency, reliability and power management 8 or 16 port power outputs with locking connectors RED PSU is available in two variants, offering either 8 or 16 separate, lockable power output ports. Each output is limited to a maximum of 20 Watts at 12V and each uses a locking connector to guard against accidental disconnection Hot swappable power modules Conversion from the mains AC supply to low voltage DC occurs within either one, or two switched mode 460W power modules, which slot into the rear of the RED PSU chassis. A single power module is rated at 500,000 hours MTBF and this can easily meet the needs of sixteen ports. However, in situations where redundancy is required, a second power module can be included in the second module bay. With two power modules fitted, the normal load will be intelligently balanced between them on an equal basis; with full load transferring immediately to one should the other cease operation Protection Power integrity, safety and management are core elements of the RED PSU system. At start up RED PSU checks the validity of the power module(s). It then enables each of the power outputs in sequence to reduce the instantaneous load on the power modules. After start up each power output is protected by overlapping safety features that guard against excess demand by any connected device Web interface control RED PSU can be controlled and monitored via a web interface. Temperature, fan speeds and individual current measurements are viewable and each output can be individually controlled. Web interface security is by HTTP digest authentication (RFC 2617) with username and password as requested information REST API A REST (REpresentational State Transfer) API is available with all functionality to which authorized 3rd party control systems can interface 12V to 5V converter for 5V products Many existing Adder devices are powered from 5V supplies. An optional compact converter dongle allows 5V products to be used with the RED PSU, including the AdderLink Infinity range Power Distribution Whether configured with redundant power or a single power supply, the RED PSU is the perfect in rack power distribution solution, simplifying cable management and delivering remote flexibility to manage your devices.
