VadaTech Announces VT808, a 3u rugged chassis to accommodate four x16 pcie edge card modules
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VT808.
The VT808 is a four-slot chassis that accommodates four x16 PCIe style modules. Power Supplies The VT808 can accept up to four power supplies that can provide 2+2 redundancy. The VT808 has a Power Entry Module (PEM) that manages power to each slot. The VT808 has options for Universal AC, +28V DC and +48V DC power supplies. Cooling The VT808 has an intelligent fan controller and the cooling is front to back. Routing between modules The VT808 chassis provides x4 lanes to each slot as a full mesh as data plane as well as an x1 lane full-mesh between each slot for control plane. Integrated GbE Switch The VT808 has a GbE Switch on board that allows each of the PCIe modules to connect via a cable or use the 16th SERDES on the PCIe Edge to connect to the switch as 1000Base-BX. The VT808 has a health management controller on board which follows the IPMI specification. This allows dynamic cooling of the chassis as well as provide health management to the upper protocol. The VT808 has a USB Hub on board that allows each module to connect via cable to the hub. The VT808 has a JSM to allow all four slots to be managed thru a single JTAG connector or via GbE using a Virtual Probe functionality. Each chassis could be assigned a unique Chassis Locator (CL) to uniquely identify the chassis among multiple chassis within the larger system.
- 3U Chassis that accepts four standard x16 PCIe Gen5 style modules
- The chassis is design specially for the FPGA modules that allows SERDES to be re-configured to any protocol
- 400W per module
- The modules do not need active cooling (chassis will provide the cooling to each module) which is more efficient vs. active cooling.
- Universal AC, +28V DC and +48V DC input option
- Redundant power 2+2
- Base Management Controller (BMC) for health management
- GbE switch
- Front to back cooling
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VTX883, a 2u vpx chassis with three 3u vpx slots
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VTX883.
The VTX883 is a 2U VPX chassis with three 3U VPX slots. The chassis can accept 0.8-inch, 0.85-inch and 1.0-inch pitch modules. The VTX883 has a 300W AC universal input, 500W +28V and +48V power to the chassis. The VTX883 is designed to meet the ANSI/VITA 65 standard. It provides front to back cooling. The Chassis has a removable Air Filter at the front. The backplane provides three 3U VPX payload slots in, fully compliant to VITA 46.0 baseline specification. Also, additional I/O support to the rear, compliant to VITA 46.10 and OpenVPX VITA 65. VadaTech can modify the backplane to meet customer requirement. The Chassis provides option for Chassis Manager which is to VITA46.11 with Tier-2 support with VadaTech VT040 fourth generation. The VTX883 provides RTM to each of the three slots.
- 2U Open VPX rackmount system platform
- Horizontal slots
- Up to three 3U VPX payload slots
- Rear Transition Module (RTM) per slot
- Compatible with 0.8-inch, 0.85-inch and 1.0-inch modules
- Integrated Chassis Manager
- Redundant cooling in push/pull
- Front to back cooling
- AC Universal 300W
- +28V (+16V to +45V) DC 500W
- +48V (+36V to +75V) DC 500W
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VT088 & VT087 Ruggedised KVM Extension
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VT088 & VT087
VT088, when used in conjunction with a VT087, forms a complete KVM extension over a secure LC Fiber link. Data is encoded using a proprietary algorithm which, together with the use of fiber, combats interception of sensitive data. The VT087/VT088 is our next generation product from the VT085/VT086.
The VT088 decodes the USB2.0 over Fiber as well as dual DP++, Display Port (DP) or HDMI. A USB hub is included to support up to 5 external Ports. The video can be up to 4K resolution on each of the two video outputs. The output video has capability for overlay and the overlay images are programmable and controlled over Ethernet by the user. Video encode/decode is lossless.
The VT088 has a GbE (10/100/1000) Port for the management of the overlays, command and configuration, etc.
The VT087/VT088 encoding/decoding and data processing is done in hardware for a very low latency protocol. The glass-to-glass latency is less than 20ms.
The module supports white listing of attached USB devices. The host USB can only numerate approved devices, preventing unauthorized access. It can also store a secure key to ensure the unit cannot be compromised.
The module utilizes ruggedize I/O connectors for harsh environments.
The VT088 and VT087 are orderable with a fanless enclosure or optionally as a board-level product without enclosure. This allows customers to fully integrate the unit into their own user compute/server environment.
VadaTech Announces VT806, 2 slot uTCA chassis with integrated Intel Xeon W-11865MRE (Tiger Lake-H)
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VT806.
The VT806 chassis offers two AMC slots (and corresponding RTMs), an integrated MCH, and an integrated Intel Xeon W-11865MRE (Tiger Lake-H) 11th-Generation (8 core with Turbo speed of 4.7 GHz), power and cooling.
The double module AMC slots conform to MTCA.4 specification for applications that require rear I/O and signal conditioning, including High Energy Physics, video processing, defense, and network security.
There are dual x4 or single x8 PCIe Gen3 lanes from the processor to each AMC. The two AMC slots are point-to-point routed between the two AMCs on higher ports.
Linux OS is standard on the VT806, consult VadaTech for other options.
This VadaTech product is suitable to support High Energy Physics data processing applications.
Removable Power Supplies
The VT806 has a removable 400W AC or 460W DC power supply located on the rear of the chassis.
Integrated MCH, GbE Switch and Processor
The unit has integrated MCH, Cooling Unit (CU), Power Module (PM) and Processor. The MCH is based on VadaTech UTC056 with integrated Intel Xeon W-11865MRE (Tiger Lake-H) 11th-Generation (8 core with Turbo 4.7 GHz). The module provides PCIe Gen3 to each slot. The processor comes with the Trusted Platform Management (TPM).
The on-board managed layer two switch connects the two AMC GbE (port 0/1) to the CPU GbE as well as front-panel dual 10GbE.
The CPU comes with 64 GB of DDR4 memory with ECC, and two M2. NVMe sockets and 64GB of Flash. The BIOS allows booting from the USB, NVMe, on board Flash or PXE boot from the Ethernet ports. The chassis front panel provides dual DP, dual USB3.2, 10GbE copper and RS-232 from the CPU.
GPS and General-Purpose Clocks
The VT806 has an option for the most sophisticated clock distribution in the market including GPS and general-purpose clocking features to meet the most stringent requirements such as wireless infrastructure and high speed A/D. The unit provides MTCA.4-compliant low-jitter/low-skew backplane crossbar clock routing matrix for CLK1/CLK2/CLK3 for all AMCs, IEEE1588/SyncE, and NTP clocking plus other functions.
JTAG Switch Module (JSM)
The VT806 has option for JSM which supports virtual probe for JTAG over Ethernet.
Cooling and Temperature Sensors
The VT806 has an intelligent Cooling Unit with airflow from right to left. The removable air filter is hot-swappable for ease of maintenance and has a dedicated optical sensor for the MCH to detect its presence after replacement. Temperature sensors in the chassis monitor the intake and the outtake air temperature throughout the unit.
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VT807, a 3u rugged chassis to accommodate 4×16 PCIe modules with dual intel 5th gen Xeon sp and quad 100gbe
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VT807.
The VT807 is a 3U four-slot rugged chassis that accommodates four x16 PCIe Gen5 style modules and dual socket 5th Gen Intel® Xeon® Scalable Processors (SP) with 8 banks of memory which provides up to a total of 1TB DDR5 memory with ECC per socket (total memory is 2TB). The chassis provides dual U.2 removable 2.5” Disk, Quad QSFP28, dual 10GbE via RJ-45 and dual USB 3.0 to the CPU. The VT807 has Quad QSFP28. The Ethernet could be configured as 2x200G and/or 4x100G. Power Supplies The VT807 has four power supplies that can provide 3+1 redundancy. The VT807 has a Power Entry Module (PEM) that manages power to each slot. The VT807 has options for Universal AC and/or +48V DC power supplies. Cooling The VT807 has an intelligent fan controller which provides dynamic cooling. The cooling is front to back. Module Routing The VT807 chassis provides PCIe x16 Gen5 lanes to each of the four slots. Integrated GbE Switch and USB The VT807 has a layer two managed GbE switch that allows each of the PCIe modules to connect via a cable to the switch if the PCIe module supports it (i.e. VadaTech PCI598/PCI599 supports this feature). In addition, the VT807 has a USB port per slot that allows each of the PCIe modules (i.e. VadaTech PCI598/PCI599) to provide a USB connection to the host CPU. The VT807 has a health management controller on board which follows the IPMI specification. This allows dynamic cooling of the chassis as well as provide health management to the upper protocol. The shelf management is thru VadaTech fourth generation product VT040 VT040_Datasheet.pdf. The VT807 has a JSM to allow all four slots to be managed thru a single JTAG connector or via GbE using a Virtual Probe functionality. Each chassis could be assigned a unique Chassis Locator (CL) to uniquely identify the chassis among multiple chassis within the larger system.
- 3U Chassis that accepts four standard x16 PCIe Gen5
- Dual socket 5th Gen Intel® Xeon® Scalable Processors
- Multiple SKU support (i.e.4514Y, 4516Y+, 8571N etc.)
- 16 banks of DDR5 for up to 1TB with ECC per socket (total of 2TB)
- Intel PFR for secure boot
- The chassis is designed specifically for FPGA modules and/or high end GPGPU Modules
- Quad QSFP28 for Ethernet at 200G/100G/50G/25G
- 400W per module
- The modules do not need active cooling (chassis will provide the cooling to each module) which is more efficient vs. active cooling on each module
- Universal AC and/or +48V DC input
- Redundant power 3+1
- Base Management Controller (BMC) for health management with Shelf Manager
- GbE Switch
- Slide Rail option
- Front to back cooling
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VRT775A, RTM for VPX775, 6U VPX
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VRT775A.
The VRT775A is a 6U VPX Rear Transition Module (RTM) for use with the VPX775 module. The RTM has an 2x M.2 socket, quad 1000BASE-T, USB 2.0, and RS-232 from the CPU/Health Management and BMC. It provides a loop back on the 40GBase-KR for test and validation.
- 6U Rear Transition Module (RTM) VITA 46
- Quad GbE 1000BASE-T
- RS-232 from CPU, Health Management and BMC
- 2x M.2 Socket
- USB 2.0
- Loop back on the 40GBase-KR
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VRT771A, RTM for the VPX771
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VRT771A.
The VRT771A is a 3U VPX Rear Transition Module (RTM) for use with the VPX771 module. The RTM has an M.2 socket, dual 1000BASE-T, RS-232 from the CPU/Health Management and BMC. It provides a loop back of the 40GBase-KR for test and validation.
- 3U Rear Transition Module (RTM) VITA 46
- Dual GbE 1000BASE-T
- RS-232 from CPU, Health Management and BMC
- 2 Socket
- Loop back on the 40GBase-KR
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.