Atmel Diopsis 940HF Leaflet
System Integration
ARM core with 16+16 KB I&D caches and
48KB on chip SRAM
Magic DSP with 370 KB on chip SRAM
10/100 Mbps Ethernet MAC
Host & Device USB 2.0 Full Speed
Timers, USARTs, SPIs, TWIs, SSCs,
MCI/SD, CANs
Boot from Parallel Flash, SD or Serial Flash
High Performance
ARM9
™
: 1.1 MIPS/MHz
Magic: up to 10 floating point operations/cycle
Multilayer AHB matrix for parallel data path
Multiple memory accesses per cycles
52 Gbit/s on chip data bandwidth
ARM/Magic shared memory architecture for
fast data transfers
29 DMA channels
40 bit floating point for high quality audio
High dynamic range with extended linearity
Native complex domain arithmetic instructions
Lower application development time using
floating point arithmetic
High Precision
Porting of Operating Systems available for
ARM
80-90% efficiency for Magic DSP
programming in C
C callable libraries for math DSP and I/O
functions for mAgic
Compatibility library with Intel
®
Integrated Performance
Primitive functions
Primitive functions
Easy To Use
High precision professional audio
Acoustic signal processing
Speach/speaker recognition
Image analysis
Robotics
Radar
Key Applications
Atmel's Diopsis
®
940HF is designed for data-intensive applications requiring the combination of a high
performance microcontroller unit and floating point DSP capablities. Its parallel architecture incorporates
a VLIW floating point processor, Magic DSP
a VLIW floating point processor, Magic DSP
™
, delivering up to 10 floating point operations per cycle and an
ARM926EJ-S
™
ARM
®
Thumb
®
RISC CPU. The ARM926EJ-S supports the Jazelle
®
technology for Java
®
acceleration. A rich set of peripherals and internal memory provide a highly flexible and integrated system
solution. The system-on-chip embeds distributed DMA to support data moves related to the on chip peripherals
and to the processing performed by mAgic. The availability of on-chip memory for Magic and ARM reduces the
data traffic on the external bus and allows an effective usage of the available processing and I/O resources.
solution. The system-on-chip embeds distributed DMA to support data moves related to the on chip peripherals
and to the processing performed by mAgic. The availability of on-chip memory for Magic and ARM reduces the
data traffic on the external bus and allows an effective usage of the available processing and I/O resources.
AT572D940HF
DIOPSIS 940HF
Atmel brings floating point DSP
platform to consumer market
Atmel brings floating point DSP
platform to consumer market