Edson Paiva Engineering

Edson Paiva

BPS-Brazil Projects

Performed Work

  • Electronic Project Yes
  • Components Research Yes
  • Hardware Design Yes
  • Schematics Yes
  • PCB Layout Yes
  • Firmware Yes
  • Software Yes
  • Test Fixtures Yes
  • In Charge of Production Yes
  • Company BPS - Brazil
  • Year 2007 to 2010

Description

BPS was founded in 1985 when the Sao Paulo Stock Exchange - BOVESPA and the Sao Paulo Commodities Exchange - BM&F hired us to design a cordless telephone system to replace the conventional telephone sets used in the trading floor.
BPS was also supposed to repair the damaged devices and maintain a team of technicians working at the trading floors to prevent any system disruption.

Alongside the cordless telephone system, BPS has also designed equipment for data transmission, telemetry, alarm systems, and tele-supervision.

When the stock market's cordless phone system was replaced by computers, BPS kept the custom equipment designs and also began developing web-based expert systems specifically designed to meet the unique needs of customers.

The images below show some examples of equipment designed and manufactured by BPS.

 

Equipment designed for use on cargo trucks traveling on remote roads. It is connected to a satellite transceiver, sends the vehicle's position, and allows the sending and receiving of short messages to a web database via low-orbit satellites.
BPS MRT01. This module can be connected to most sensors and electro-electronic devices. It is responsible for remote monitoring and control of devices managed by the BPS Tele-Supervision software. It contains a GSM cellular modem, analog I/Os, and digital I/Os.
BPS TRD16B. This module is an interface between the computer (PC) and the transmission medium (Radio Link). It uses a reliable MSK data transmission technology and is compatible with most analog radios. It has RS232 interface for serial communication with PC.
MSK Encoder/Decoder

In the Tele-Supervision software developed by BPS, the control of the devices is done through graphic interfaces, such as geographic maps or customized building diagrams. Through this software it is possible to remotely monitor and control the MRT01 modules, as well as create occurrence and status reports. Data information can be exported to most database systems.