Aller A7 FPGA Board with M.2 Interface

Aller A7 FPGA Board with M.2 Interface Specification

Silkscreen
White

Insulation Resistance
>=10^12

Hole Size
0.3 mm min

Min. Line Width
6 mil

Impedance
Controlled Impedance

Flame Resistance Level
UL 94V-0

Soldermask
Green

Voltage Endurance
1000V

Min. Line Spacing
6 mil

Board Type
Rigid

Test
100% E-Tested

Product Type
FPGA Development board

Base Material
FR4

Surface Finish
ENIG (Electroless Nickel Immersion Gold)

Copper Thickness
1 oz

Board Thickness
1.6 mm

Color
Green

Panel Size
Standard

Sensor Switch
No

Electrical Components
Pre-soldered high-quality SMD/TH components

Number Of Layers
4 Layers

M.2 Slot
1x M.2 M-Key interface, PCIe Gen2 x4

Memory
DDR3 SDRAM onboard

Voltage Input
5V DC via USB-C

Clock
Onboard 100 MHz oscillator

Configuration
JTAG and flash supported

USB Interface
USB 2.0 (for programming/debugging)

Compliance
RoHS compliant

Operating Temperature
0C to 70C

Connectivity
Support for SYZYGY or PMOD expansion

Onboard LEDs
Status and debug indication

Dimensions
Approx. 100mm x 60mm

Expansion Headers
Standard 2.54mm pitch

Mounting Holes
4 x M3

FPGA Chip
Xilinx Artix-7 (XC7A35T or XC7A100T Variant)

Aller A7 FPGA Board with M.2 Interface Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Day

Delivery Time
1-4 Days

About Aller A7 FPGA Board with M.2 Interface

Features

Device: AMD Artix 7 FPGA (XC7A200T-2FBG484I)
DDR3: 2Gb DDR3 ( MT41J128M16JT-125:K TR )
4 lane PCIe Gen2 (5 GT/s)
Flash memory: 512 Mb Quadbit SPI flash memory (S25FL512SDSBHV210/IS25LP512M-RHLE)
JTAG header for programming and debugging
100 MHZ CMOS oscillator
1 x Trusted Platform Module (AT97SC3205)
M.2 Connector Interface, M-Key
Powered from M.2 connector
1 RGB LED for custom use

Applications

Product Prototype Development
Accelerated computing integration
Development and testing of custom embedded processors
Signal Processing
Memory Intensive FPGA development
Educational tool for Schools and Universities
High Hash Rate calculations for Blockchain technologies such as Bitcoin and Ethereum
Offloading computationally intensive algorithms to FPGA
Machine Learning and Artificial Intelligence

Attribute	Value
Weight	0.6 lbs
Dimensions	5 3 1 in
Product Dimensions - without heat sink	3.15 x 0.90 x 0.18 in
FPGA	XC7A200T-2FBG484I
Configuration Options	JTAG
Memory	DDR3 2GBits
Non-Volatile Configuration Storage	1Gb flash memory
Total Number of GTP	4 (PCIe Gen 2, 4 lanes)
Junction Temperature Range	0-90 degrees Celsius
Power Supply	3.3V from M.2 connector (M-Key)
Primary Clock Frequency	100MHz
Package Contents	A standard heat sink, Aller Artix-7 M.2 FPGA Module 1 Qty
HTS	8542.39.0001
ECCN	3A991.d

Versatile FPGA Board with Powerful Connectivity

The Aller A7 FPGA Board stands out with its integration of a Xilinx Artix-7 FPGA and a high-speed M.2 interface, making it ideal for modern embedded and hardware acceleration projects. Its PCIe Gen2 x4 support, DDR3 SDRAM, and multiple expansion possibilities allow developers to scale their applications swiftly and efficiently.

Designed for Flexibility and Durability

With a compact footprint, robust mounting holes, and high-quality construction, the Aller A7 suits both rapid prototyping and deployment. Careful attention to board integrity, controlled impedance, and stringent UL 94V-0 flame rating ensure long-lasting performance across the supported temperature range.

Easy Programming and Debugging

Featuring a simple USB 2.0 interface for programming and debugging, the board makes FPGA development accessible for engineers of all proficiency levels. JTAG and flash configuration options, onboard status LEDs, and e-tested reliability streamline the development workflow and reduce setup time.

FAQ's of Aller A7 FPGA Board with M.2 Interface:

Q: How can I program and debug the Aller A7 FPGA Board?

A: You can easily program and debug the board using the USB 2.0 interface provided. The board supports both JTAG and flash configuration methods for flexible development. Onboard status and debug LEDs assist in monitoring the programming process.

Q: What expansion options are supported by the Aller A7 FPGA Board?

A: The board features standard 2.54mm pitch headers and supports both SYZYGY and PMOD expansions, enabling a wide range of additional peripherals and custom daughter cards for extended functionality.

Q: Where can this FPGA board be used effectively?

A: Designed for versatility, the Aller A7 suits embedded applications requiring high-speed data processing, hardware prototyping, and educational projects. Its M.2 interface and PCIe Gen2 x4 support make it particularly useful for interfacing with modern storage or acceleration modules.

Q: What are the power input requirements and how is the board powered?

A: The Aller A7 requires a 5V DC input, conveniently supplied via a USB-C connection, ensuring compatibility with standard power sources and simplifying integration into various setups.

Q: When is using the M.2 M-Key slot beneficial for a project?

A: Utilizing the M.2 M-Key slot is advantageous when rapid data transfer via PCIe Gen2 x4 is needed-such as for high-speed storage, real-time data acquisition, or computational offloading-leveraging the board's advanced interface capabilities.

Q: What makes the Aller A7 durable and reliable for industrial or educational use?

A: The board features a robust 4-layer FR4 construction with 1 oz copper, controlled impedance, ENIG surface finish, and a flame resistance level of UL 94V-0. All boards are 100% E-tested to ensure reliable performance in demanding environments.

Q: How does the onboard 100 MHz oscillator benefit FPGA development?

A: The integrated 100 MHz oscillator provides a stable and accurate clock reference, supporting a variety of timing-critical applications and enabling reliable operation of custom FPGA designs without the need for external clock sources.

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