Notice: Undefined variable: video_image_popup in /var/www/clients/client1/web12/web/product.php on line 1084

1U μTCA.4 Chassis with 2 AMC Slots, PCIe Gen 3

  • MicroTCA.4 low-profile chassis platform
  • Integrated Intel Xeon E3-1125 v2 processor, up to 2.5 GHz
  • 19” x 1U x 14.2” deep
  • Compliant to μTCA.4 specifications with rear IO
  • Supports up to two μTCA.4 mid-size or single full-size
  • Right-to-left cooling
  • Integrated MCH and Power Module
  • Front panel access to the SDHC socket, JTAG, and Telco Alarm
  • Dual x4 PCIe lanes to each AMC
  • Layer 2 managed GbE switch
  • Dual SFP+, octal RJ-45, quad USB, and one DVI-I port
  • Optional dual SAS/SATA disks
  • Removable Air Filter, Power Module, and Fan Tray
  • Single AC 400W, DC460W pluggable from rear
  • RoHS compliant

Download Datasheet Add to Info Request

add to compare

The VT816 is ideal for MicroTCA.4 applications that require only 1 or 2 slots. The unit offers two AMC slots (and corresponding μRTMs), an integrated MCH, and an integrated Intel Xeon E3  processor. The double module AMCs meet the MicroTCA.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 PCIe lanes from the processor to each AMC and point-to-point routing between the two AMCs on higher ports. The AC/DC power is located in the rear of the chassis and is removable.

Linux OS is standard on the VT816, consult VadaTech for other options.

Key Features
  • MicroTCA.4 low-profile chassis platform
  • Integrated Intel Xeon E3-1125 v2 processor, up to 2.5 GHz
  • 19” x 1U x 14.2” deep
  • Compliant to μTCA.4 specifications with rear IO
  • Supports up to two μTCA.4 mid-size or single full-size
  • Right-to-left cooling
  • Integrated MCH and Power Module
  • Front panel access to the SDHC socket, JTAG, and Telco Alarm
  • Dual x4 PCIe lanes to each AMC
  • Layer 2 managed GbE switch
  • Dual SFP+, octal RJ-45, quad USB, and one DVI-I port
  • Optional dual SAS/SATA disks
  • Removable Air Filter, Power Module, and Fan Tray
  • Single AC 400W, DC460W pluggable from rear
  • RoHS compliant
Benefits
  • High performance density with integrated MCH and Xeon E3 processor in a compact 1U size
  • Ideal chassis development platform with 2 AMC slots
  • Design utilizes proven VadaTech subcomponents and engineering techniques
  • Electrical, mechanical, software, and system-level expertise in house
  • Full ecosystem of front and rear boards, enclosures, specialty modules, and test dev products from one source
  • AS9100 and ISO9001 certified company
Specifications
Specifications

Block diagram

Related Products

AMC520

AMC 10-channel ADC, MicroTCA.4

  • Double module AMC, compliant to μTCA.4
  • Ten channel of ADC with 125MSPS @ 16-bit resolution utilizing AD9268 device
  • Dual DAC with 250 MSPS @ 16-bit resolution utilizing MAX5878 device (this is user programmable for lower sampling rate)
  • Internal clock or precision external clock from RTM/backplane/front panel clocks
  • Trig in/out configurable by software (external trigger via front or port 17)
  • Backplane PCIe Dual x4 or x8/Dual GbE
  • Xilinx Virtex-6 FPGA in FF1759 package
  • Option for QDR-II+
  • AMC FCLKA, TCLKA, TCLKB, TCLKC and TCLKD are routed
  • Dual SFP+ (up to 6.6Gbps)
  • JTAG selectable front and backplane
  • AMC.1 and AMC.2 (FPGA programmable)
View product AMC520 Data Sheet

CM045

μTCA.4 Kintex-7 Data Processing AMC (TCK7)

  • Data Processing AMC in double module, mid-size (full-size optional)
  • Compliant to MicroTCA.4
  • Class D1.2 compatible
  • High-speed Kintex-7 FPGA
  • 16 GB DDR3 SDRAM
  • Octal SFP+ via the front panel
  • PCIe x4 Gen 3
  • Two channels of GbE
  • Ten direct low latency connections to backplane
  • Four low latency connections to RTM
  • LVDS parallel bus to RTM
  • Partial reconfiguration and firmware upgrade support
  • Advanced diagnostic, monitoring and debugging
View product CM045 Data Sheet

MRT520

MicroTCA.4 RTM for AMC520

  • MicroTCA.4 RTM for the AMC520
  • Two analog outputs from AMC520’s DACs via SSMC connectors
  • Ten analog inputs (AC or DC coupled) interfacing directly with AMC520’s ADC ICs via SSMC connectors
  • Twelve LVDS signals and three differential reference clock routing to AMC520’s FPGA
  • LVDS and reference clocks accessible via dual high density DensiShield connectors
  • Double module, mid-size (full-size optional)
  • RoHS compliant
View product MRT520 Data Sheet

Info request

Create a list of products to inquire about for more information or quote request.