Informatics & Telecommunication

Jose Da Silva © 2013

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IT • Telecommunication • WAN/MAN/LAN Networks • Intrinsic Environmental Communication • Optical/ Copper / Wireless Networks • (IP) PABX • CCTV & Security Systems • Aeronautical Systems ATM/CNS • Marine Equipment Systems • Meteorology (AWOS) Systems • Quality of Service • Network Security /Cisco PIX • Multiprotocol Label Switching (MPLS) - Traffic engineering • MPLS-TP • Microcontroller • SCADA (PLCs / RTUs) • RF Telecommunication • Software Engineer

Specifications and Requirements Analysis,

Interface Control Document (ICD),

Drawings, Scope of Work (SoW),

Project Brief, help on the Safety Case, risk register, health & safety, RFP, ToR, SLAs.

Iimplement techniques and resources needed to enable the integration, installation, operation and equipment’s maintenance.   

Project development coordination, collecting metrics, supplying needs, recruiting adequate resources and keeping the focus on the project goal, in addition to:

• Always be alert, but not averse to change;

• Be sensitive to political issues: the interests of stakeholders not always converge;

• Schedule meetings, follow the training, FAT, SAT, THO (Commissioning). Fuel Cells, Green Energy. Business Security (CCTV, Access Control,

Meteorology

Automated Weather Observing System

Network

 Design a network

Land

Land Communications

Aeronautic

Aeronautical Telecommunications

• Design & Integration.
• Project Manager, Inspection.
• Installation and testing.
• FAT & SAT,THO (Commissioning).
• Site Survey & Report.
• Aeronautical ATM/CNS (VCCS, ADS-B, VOR, ILS, VHF,UHF, HF, Radar, MLAT, G-BAS,DME, MATC, AFTN/AMHS, VOIP, GPS, Remote Tower, etc.).
• Marines Equipments – EPIRB distress radio, sonar, sounders, plotters, GPS, Satellite Communications, VHF, HF, etc.
• PMR, Cellular, VHF/UHF repeaters, base stations, Microwave, Bridge, Digital Radio Trunking.
• Intrinsic Environmental Communication.
• CCTV and Security Systems.
• Radar Perimeter Intrusion Detection System
• Network LAN, WAN, MAN Layer2/3, CAT5/6, Fibre Optic, Wireless, etc..
• Software engineer and Embedded Systems - C, C++, C#

ATCA Annual

September 30 -

October 3, 2018

World ATM Congress

Returning to Madrid 12-14  March, 2019

GATM

05-06 November 2018

RODA AL BUSTAN, DUBAI, UAE

More than 31 years of experience!

Links

Some useful links

Upcoming Events

Portuguese  

2nd tongue

English and Spanish

Tech Note

Communication networks on RS-485

Communication networks are increasingly present in modern electronic equipment, and with the popularization of the internet of things "IoT", communication networks have an even greater field of application.

Firstly, it is necessary to remember that the RS-485 standard is not a communication protocol and it is only a standardized standard that specifies physical details such as operating voltage levels, number of devices and maximum distance. Several protocols use the physical media specifications defined by the RS-485 standard, such as the Profibus protocol and the well-known Modbus protocol. In addition, we have the BACnet, CompoNet, EnDat and BiSS protocols.

The standard RS-485 (Recommended Standart-485) or EIA-485 (Electronic Industries Alliance-485) was approved in 1983 by the EIA (Electronics Industries Association) as a new means of data transmission by cabling and is widely accepted in virtually all type of industry such as: medical equipment, industrial automation, vessels, laboratories, robotics, air conditioning systems and many other applications. The mechanical characteristics of the electrical connectors are not addressed by the standard, being possible to adopt several different types according to the need of the application.

Spanish and English  Spanishuguese  

Marine

Marine equipment