MOD5270, SB70, PK70, MOD5234, CB34EX:
OSTaskSwitch With Semaphore
18.96uS -> 2.44uS ( 87% less time )
Interrupt service latency
4.59uS -> 0.83uS ( 82% less time )
Non Maskable Interrupt Latency with 1 register push/pop
0.87uS -> 0.29uS ( 67% less time )
UDP Throughput Test
3.62 MByte/s -> 10.9 MByte/s ( 201% higher bandwidth )
TCP Data Payload
2.59 MByte/s -> 6.5 MByte/s ( 151% higher bandwidth )

MOD5282:
OSTaskSwitch With Semaphore
23.04uS -> 7.32uS ( 69% less time )
Interrupt service latency
5.0uS -> 2.83uS ( 57% less time )
Non Maskable Interrupt Latency with 1 register push/pop
1.06uS -> 0.51uS ( 52% less time )
UDP Throughput Test
3.38 MByte/s -> 9.57 MByte/s ( 183% higher bandwidth )
TCP Data Payload
2.32 MByte/s -> 4.83 MByte/s ( 108% higher bandwidth )

The MOD5213 only has SRAM so its OS and IRQ numbers should still be
better then the ones posted for the 66MHz MOD5282.

MOD5272, SB72, SB72EX ( Only 4K of SRAM = no stacks or buffers ):
OSTaskSwitch With Semaphore
28.6uS -> 11.15uS ( 61% less time )
UDP Throughput Test
3.30 MByte/s -> 3.63 MByte/s ( 10% higher bandwidth )
TCP Data Payload
2.02 MByte/s -> 2.41 MByte/s ( 19% higher bandwidth )


MOD5208
MEMTest(16MB memset then 16MB memcpy)
0.646098 seconds
OSTaskSwitch With Semaphore
1.14319e-5
UDP Throughput Test
7.64844MB
TCP Data Payload
3.98147MB

MOD5234
MEMTest (16MB memset then 16MB memcpy)
0.904583 seconds
OSTaskSwitch With Semaphore
1.51452e-5
UDP Throughput Test
5.73395MB
TCP Data Payload
2.74485MB