Product Holder - Alpha Data

Summary
Specification
Ordering Information
Related Products
Resources

Summary

The ADM-XRC-7V1 is a high performance reconfigurable XMC (compliant to VITA Standard 42.0 and 42.3) based on the AMD Virtex-7 range of Platform FPGAs.

Features include PCI Express Gen2 interface, external memory, high density I/O, system monitoring and flash boot facilities.
A comprehensive cross platform API with support for Microsoft Windows, Linux and VxWorks provides access to the full functionality of these hardware features.
Placing the PCI Express bridge in bypass allows the creation of a Gen 2 x8 PCI Express endpoint design directly into the target FPGA. Target FPGAs VX330T and VX690T can also support Gen3 x8 PCI Express designs.
The optional fitting of the Pn4 connector provides an additional 64 General Purpose IO (GPIO) links to the carrier card.
The ADM-XRC-7V1 is available in a cost reduced form for high-volume production orders (the build option removes the Virtex-6 Bridge device).

Applications

Digital Signal Processing
Radar/Sonar Beamforming
ELINT
Image/Video Processing
Data Encryption

Board Features

Air-Cooled/Conduction-Cooled Options
Separate PCI Express Bridge
XRM2 I/O Interface

FPGA Features (Hard IP)

2x PCI Express cores (Gen2 or Gen3 - FPGA dependent)

Specification

Board Format

XMC (Switched Mezzanine Card, VITA 42)

Environmental Specifications

Temperature Limits

		Operating Temperature Range		Storage Temperature Range
		Min	Max	Min	Max
AC0	Air Cooled Commercial	0°C	+55°C	-40°C	+85°C
ACE	Air Cooled Extended	0°C	+70°C	-55°C	+100°C
AC1	Air Cooled Industrial	-40°C	+70°C	-55°C	+100°C
CC0	Conduction Cooled Commercial	0°C	+55°C	-40°C	+85°C
CCE	Conduction Cooled Extended	0°C	+70°C	-55°C	+100°C
CC1	Conduction Cooled Industrial	-40°C	+70°C	-55°C	+100°C

Operating Humidity Range:
Up to 95% (non-condensing)

Host I/F

PCI Express Gen2 x1, x2 or x4 link to separate bridge device with 2GB/s local link to user FPGA
4 DMA Controllers
Interrupt Controller

Target Device

AMD Virtex® -7
XC7V585T, XC7VX485T, XC7VX690T (FF(G)1761, FH(G)1761 or FLG(G)1761)

FPGA Resources

Chosen Device	FFs	LUTs	DSPs	BRAM
XC7V585T	728k	582k	1260	28Mb
XC7VX485T	607k	485k	2800	37Mb
XC7VX690T	866k	693k	3600	52Mb

FPGA Hard IP Cores

2x PCI Express cores (Gen2 or Gen3 - FPGA dependent)

On Board Memory options

Memory Type	No. Banks	Memory Size (per bank)
SDRAM	4	512MB DDR3-1600
SDRAM	4	1GB DDR3-1600

Target FPGA Configuration

PCI Express direct to SelectMAP port
From Flash direct on power up
External JTAG connector

FPGA Configuration Flash

Flash Type	Flash Size
BPI	512MBit

On-board Clock Specifications

Low-jitter 250MHz reference clock, suitable for SerDes applications
Low-jitter 200MHz reference clock for IOB delay circuits
Custom clock inputs available through the XRM2 interface
Two Software-Programmable Clocks

I/O Interfaces

Interface Type	Qty	Description
FRONT I/O (XRM2)
Discrete Digital	146	LVCMOS/LVDS I/O (programmable to 1.2, 1.5 or 1.8V)
High-Speed Serial Links	8	High-Speed Serial Links to XRM2
REAR I/O (Pn6)
High-Speed Serial Links	10	High-Speed Serial Links via Pn6 connector
Discrete Digital	38	LVCMOS 3.3V GPIO connections via Pn6 connector (VITA 46.9 X8d+X12d+X38s compatible pinout)
REAR I/O (Pn4)
Discrete Digital	64	Multiple LVCMOS/LVDS GPIO connections via optional PMC Pn4 connector (1.8V levels with 2.5V compatible inputs) only available with Pn4 Build Option selected

Ordering Information

Ordering Code
ADM-XRC-7V1/z-y(m)(c)(a)(p)(t)
Parameter	Code	Parameter Description
Virtex-7 device	z	V585T=XC7V585T, VX485T=XC7VX485T, VX690T=XC7VX690T
Virtex-7 speed	y	1, 2, 3
Memory	m	blank = 2GBytes on board SDRAM (Four banks of 512MBytes), /4 = 4GByte on board SDRAM (Four banks of 1GByte)
Cooling	c	blank = air cooled commercial, /ACE = air cooled Extended, /AC1 = air cooled industrial, /CC0 = conduction cooled Commercial, /CCE = conduction cooled Extended, /CC1 = conduction cooled industrial
Conformal Coating	a	blank = no conformal coating, A = Acrylic, P = Polyurethane
Pn4 Fitted	p	blank = not fitted, /Pn4 = Pn4 Connector fitted
XMC Connector Type	t	blank = XMC (VITA 42) Connectors , /X2 = XMC2 (VITA 61) Connectors
Note	not all FPGA speed grades available in all configurations. Contact Alpha Data for full details.

Related Products

ADC-XMC-BREAKOUT

Adapter for XMC FPGA Boards providing standard IO Connectors.

The ADC-XMC-BREAKOUT is a standalone breakout adaptor for Alpha Data XMCs. A personality wiring card matches the XMC pinout to route through to the breakout interfaces.

ADM-XRC-7V1

Summary

Applications

Board Features

FPGA Features (Hard IP)

Specification

Board Format

Environmental Specifications

Host I/F

Target Device

On Board Memory options

Target FPGA Configuration

FPGA Configuration Flash

On-board Clock Specifications

I/O Interfaces

Ordering Information

Related Products

Adapter for XMC FPGA Boards providing standard IO Connectors.

XMC adapter for PCI-Express workstations

Industrial Air-cooled or conduction-cooled VPX Systems

XMC carrier for Industrial Air-cooled or conduction-cooled VPX Systems

Dual XMC adapter for PCI-Express workstations.

RF/IF Signal Sampling/Generation

RF Signal Sampling/Generation

RF/IF Signal Sampling

IF/Baseband Signal Sampling

IF/Baseband Signal Sampling

IF/Baseband Signal Sampling

IF/Baseband data signal generation

Camera Link I/O Interface

Camera Link Interface

Camera Link I/O Interface

Camera Link I/O Interface

10G Ethernet

Dual Infiniband 4x2.5Gb/s

Parallel FPDP Interface

High Speed Serial Communications

19x RS485 Interfaces

SpaceWire Communications

General purpose I/O Interface

General purpose Serial and Parallel I/O Interface

General purpose I/O Interface

General purpose I/O Interface

Resources:

Product Change Notices

Reference Designs: (ADMXRC Gen3 SDK)

ADMXRC3 API

ADB3 Driver

Deliverables

Support

Sales Questions

Technical Support

Get in touch and request a quote

Request a Quote - ADM-XRC-7V1

NewsletterAlpha

JOIN OUR NEWSLETTER

Products

Alpha Data

Resources