Floating Point Audio DSPs and Development Kit
Three new TMS320C67x™-based floating-point DSPs and a new
development tool are optimized for high-quality audio applications
including:
- mixers
- effects boxes
- audio synthesis
- instrument/amplifier modeling
- audio conferencing
- audio broadcast
- audio encoders
- emerging audio applications
- biometrics
- medical applications
- industrial applications
Silicon - TMS320C672x DSPs
The new C67x™-based core is a C-efficient, VLIW architecture
that offers significant application performance improvement for
audio processing. The TMS320C6722,
TMS320C6726
and TMS320C6727
DSPs offer a greater than 25 percent improvement in audio
performance and deliver up to an industry-leading
130MFlops/Dollar.
New Development Tool - Pro Audio Development Kit (PADK) Bundle
The PADK Bundle combines all the tools and software you need in one package to instantly start your pro audio application design. Save 20% by purchasing the PADK bundle versus buying the tools and software separately.
.

Benefits
- Pro Audio Development Kit
- contains real-world, pro audio algorithms and software examples to demonstrate C672x DSP performance and exercise the core's special audio processing capabilities.
- USB Emulator - works off the parallel port on a PC or laptop, with no adapter card required and it is compatible with 3.3V and 5V processors.
- Code Composer Studio™ IDE Platinum Edition - supports all TI DSP platforms and reduces frustration in the Debug process through:
- Rewind Debugging: Single keystroke backstep
- Connect/Disconnect: Up to 80% faster debug
Silicon Availability/Pricing
| Part Number |
Speed |
Price |
Sampling |
Production Volume |
| TMS320C6722
|
200 Mhz |
$9.95 (10k unit production volumes) |
Now |
4Q05 |
| TMS320C6726
|
250 Mhz |
$14.10 (10k unit
production volumes) |
Now |
4Q05 |
| TMS320C6727
|
300 Mhz |
$19.95 (10k unit
production volumes) |
Now |
4Q05 |
Pro Audio Development Kit (PADK) & Bundle Availability/Pricing
- For purchase information, please contact one of the
following: