Product Information

 Register Once for
 custom product info


 

µPLAT-7C
ARM7TDMI-Based Integration Platform Data Sheet
 

Documents

»  PDF of this Data Sheet (1173 KB) is available. UPLAT-7C.pdf

Related Documents

Description

The µPLAT ™-7c is a 0.25µm integration platform incorporating an ARM7TDMI ™-based sub-system to implement system-on-a-chip designs. The µPLAT ™-7c re-usable IP core combines a 32-bit ARM7TDMI ™ RISC CPU, unified cache memory, peripheral support functions, and AMBA ™ Advanced High-Speed Bus (AHB)interface. The µPLAT ™-7c supports a wide range of off-chip or on-chip memories, and provides high-performance operation using its 8k unified cache to implement high performance ASIC designs.

   

Features

»  0.25-µm CMOS (three metal layer) process
»  100 MHz operation @ 2.5 V, Tj=25°C, typical process
»  ARM7TDMI™ 32-bit RISC CPU (54 MIPS @60 MHz)
»  2.1 mA/MHz @ 2.75 V power consumption
»  2.25 to 2.75 V power supply operation
»  Little Endian support
»  Cache memory system
»  8 kByte unified cache
»  4-way set associative, controlled by pseudo-Least Recently Used (pLRU)algorithm
»  Write back
»  Non blocking
»  Internal AMBA™ AHB bus interface
»  16-bit timer for operating system use
»  Serial interface supports start-stop transfers
»  External Memory Controller
»  Memory and I/O space are bank-addressed
»  Each bank is a 128 MB space
»  Bank width is 8/16/32 bit device-selectable.
»  Page mode ROM or Flash control memory space
»  Page mode Flash or SRAM control memory space
»  SDRAM
»  IO space
»  Interrupt Controller
»  Connected to ARM7TDMI" IRQ
»  Dedicated UART and timer interrupts
»  14 non-dedicated inputs available (expandable to 126 plus the two dedicated inputs)
»  Test Interface Controller in accordance with ARM™ test logic
»  Power control
»  Individual module control, via software
»  Entire core powerdown, via HW or SW