A groundbreaking embedded platform that combines an Intel embedded N2600 processor with the flexibility of an Altera Cyclone IV GX FPGA, DE2i-150 is a full-featured computer system that fuses together the world of high performance processing and unbelievably high configurability. The Altera Cyclone IV GX FPGA on the DE2i-150 board is able speed up the responsiveness of the system while still keeping your solution cost and power effective.
DE2i-150 is equipped with around 150K logic elements with ultimate flexibility in terms of reconfiguration of actual hardware circuity and intellectual property as well as on-board multimedia peripherals, extendibility options for a true system-ready solution for any task.
The Intel Atom processor and the FPGA device are linked together via two high-speed PCIe lanes such that high speed communication between them is guaranteed. DE2i-150 offers a powerful hardware-software co-development environment with amazing and unlimited potential.
Microprocessor
CPU : Intel¢ç Atom¢â Dual Core Processor N2600( 1M Cache, 1.6GHz )
Intel¢ç Hyper-Threading Technology( 4 exection threads )
Intel SpeedStep¢ç Technology
Instruction Set : 64-bit
Instruction Set Extensions : SSE2, SSE3, SSSE3
Integrated Graphics
Graphics Base Frequency : 400MHz
Chipset : Intel¢ç NM10 Express Chipset
DMI x2 to CPU
Intel¢ç High Definition Audio
Serial ATA (SATA) 3 Gb/s
Universal Serial Bus(USB) Hi-Speed USB 2.0
PCI Express Gen 1
Memory
DDR3 SO-DIMM SDRAM
Display
VGA
HDMI 1.3a
Intel¢ç Centrino¢ç Wireless-N 135
802.11b/g/n
Bluetooth 4.0
Wi-Fi Direct
Audio Codec
Realtek ALC272VA3-GR
BIOS
DIP package Bios Flash : GD25Q16
Programming Interface for Bios : Dedi-Prog Interface
Debug Interface
XDP header
Clock System
CK505 : 9VRS4339B
32768 Hz RTC crystal
27MHz VGA clock source
Ethernet
Intel¢ç 82583V GbE Controller
10/100/1000 Mb/s RJ45
3 status indicting LEDs
Others
Power header for hard-disk
Current limit for USB
Buzzer
Mini PCIE header (Default for Intel¢ç Centrino¢ç Wireless-N 135 WiFi module)
mSATA header
RTC battery : CR2032