SFPTotal Documentation

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Revision as of 12:47, 27 July 2018 by Sfptotal (Talk | contribs) (User Guide)

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Introduction

SFPTotal team researching issues of compatibility fiber optical transceivers with network switching equipment. The team develops tools, devices and software for programming fiber-optic transceievers, including ethernet transceivers and AOC / DAC, of popular form-factors SFP, SFP+, SFP28, GBIC, XFP, QSFP, QSFP+, QSFP28. Programming boards are designed to solve the main problems that arise in the practice of Internet service providers, suppliers of network equipment and system integrators on the process of working with optical transceivers and switching equipment, and requiring reprogramming of transceivers.

The SFPTotal devices support a special protocol that allows access to all address spaces of the transceiver, and implements instructions for programming write-protected transceivers.

Programming boards

  1. SFPTotal PG (production completed, warranty expired)
  2. SFPTotal Mini
  3. SFPTotal Plus

Application

SFPTotal programmers can be used to solve the following tasks:

  • Programming transceiver's EEPROM/Flash through I2C databus
  • Ensuring compatibility between network equipment of different manufacturers
  • Programming write-protected transceivers using passwords or scripts
  • Programming write-protected transceivers using brute-force mode
  • Changing PHY controller settings
  • Rebranding OEM transceivers
  • Reading DDM (Digital Diagnostics Monitoring) information

Software SFPTotal Wizard

To use programming boards you will need software SFPTotal Wizard or specific software based on SFPTotal protocol. Read the User Guide and get to know more about basic features and opportunities before using the programmer.

  1. System requirements
  2. Connection to PC
  3. Software SFPTotal Wizard
  4. User interface
  5. Reading transceiver's memory
  6. Write firmware to the transceiver's memory
  7. Write firmware using password
  8. Export and import
  9. Validation firmware checksum
  10. Brute-force attack
  11. Library of codes
  12. Generator of codes

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