F5000 IN CIRCUIT AND IN SYSTEM PROGRAMMER ALGORITHMS  as at June, 2010

STM 32 bit ARM CORTEX M3
STM32F10X 

ATMEL - Serial flash
AT26DF081A 
AT26DF161A 
AT45DB081D

FUJITSU - Microcontrollers
MB91F013
MB91F223
MB91F376
MV90F395

RENESAS - Microcontrollers
H8S/2238 
H8S/2239 
H8S/2556
HD64F2148A
HD64F2265 
HD64F2268 
HD64F2633
HD64F2636 
HD64F2638 
HD64F36014
HD64F3664
HD64F3672
HD64F38602
HD64F3687 
HD64F38076 
 
RENESAS H8 Protocol C parts
(This is a generic algorithm which can be used on many Renesas parts)

RENESAS PARTS (Previously Mitsubishi)
R8C/5F21246 
R8C/5F21256
(Other members of the R8C & M16C family can be added on request.)

SEIKO
93C76
93C86


PROGRAMMING TIMES
In circuit programming times vary according to a number of paramters
such as clock speed, the programming algorithm and flash technology.
The F5000 offers very fast programming times as no time is wasted
communicating with a host PC, high and non standard baud rates or
clock speeds can be used. Here are a few examples -

  STM32F10X with 128 K bytes of flash can be programmed in about 8 
  seconds.

  Renesas H8/38076 with 48K bytes of flash can be programmed in 20
  seconds at a relatively low clock speed of 4.19 MHz.

  Fujitsu MB91F013 with 512K bytes of flash can be programmed in 47 
  seconds and the checksum  verified in a further 3 seconds.

  Typical Renesas R8C parts with 32K of flash can be programmed in 
  about 5 seconds and the checksum verified in a further 3 seconds.

  Larger Renesas H8s with 512K bytes of flash can be programmed in 
  36 seconds and verified in a further 6 seconds.

We are always pleased to estimate the programming times for parts 
not currently supported.



LLOYD RESEARCH Ltd.,
7 Brook Lane, Warsash, Southampton, England, SO31 9FH  

Tel:   +44 1489 574040

Web:   www.lloyd-research.com 

Email: progs@lloydres.co.uk