C6000 Multicore DSP + ARM® SoC

TI DSP + ARM processors include a wide range of device choices that deliver the highest performance at the lowest power levels and costs. TI DSP + ARM solutions range from single core ARM9 + C674x DSP to quad-core ARM Cortex®-A15 + 8xC66x DSP cores.

Many system advantages can be realized with the integration of ARM and DSP cores including cost, power and area savings. TI ARM + DSP solutions are optimized for embedded systems with a focus on power savings and real-time performance.

C6000<br>DSP + ARM SoC<br>Performance

Performance range

  • ARM + DSP performance from 456MHz to 1.2GHz
  • Up to 200 GFLOPS
  • Single core to multicore ARM Cortex-A15
C6000<br>DSP + ARM SoC<br>Differentiated Peripherals

High performance,

The Cortex-A15 family


TI's innovative design methodology for System-on- Chip (SoC) processors, this unique combination of architecture and design methodology enables full utilization of all cores and interfaces without degradation.

Key peripherals

  • Gigabit Ethernet Switch
  • RapidIO
  • PCie Gen 2.0

C6000 DSP+ARM Devices

  OMAP-L138 66AK2G02 66AK2E05 66AK2H14 66AK2L06
Core Speed 456MHz 600MHz 1.25GHz – 1.4GHz 1.0GHz – 1.4GHz (ARM)
1.0 – 1.2 GHz (DSP)
ARM Core Type 1x ARM9 1x Cortex-A15 4x Cortex-A15 4x Cortex-A15 2x Cortex-A15
Max DMIPs ARM Cores 456 (@456MHz) 2100 (@600MHz) 19600 (@1.4GHz) 19600 (@1.4GHz) 8400 (@1.2GHz)
DSP Cores 1x C647x 1x C66x 1x C66x 8x C66x 4x C66x
Max GMACs 3.648@ 456MHz 19.2@ 600MHz 44.8@ 1.4GH 307.2@ 1.2GHz 153.6@ 1.2GHz
2.746 28 67.2 198.4 96
L1 KB per core 64 32D/32P 32D/32P 32D/32P 32D/32P (ARM)
64D/64P (DSP)
L2 Shared Cache 256KB 512KB (ARM)
Shared SRAM 128KB 1MB 2MB 6MB 3MB
DDR (with ECC)
16b DDR2 150MHz 32b 400MHz 64b 1600 MHz 2x 64b 1600 MHz 64b 1600 MHz
Gigabit Ethernet 10/100 1 lane 8 lanes 4 lanes 4 lanes
10 Gigabit Ethernet No No 2 lanes 2 lanes No
PCI Express Gen 2 No 1 lane 2 lanes of x2 1 lanes of x2 1 lanes of x2
Serial RapidIO No No No 1x4 or 2x2 o r4x1 No
Extended Case Temperature -40°C to
-40°C to
-40°C to
-40°C to
-40°C to
Learn More Learn more about OMAP-L138 Learn more about 66AK2G02 Learn more about 66AK2E05 Learn more about 66AK2H14 Learn more about 66AK2L06