
3.1.1 Cutting-Edge Research Institutes

It is in these centers of excellence that applied science redefines the limits of technology. Innovcable supports and collaborates with institutes that are pioneers in the development of new materials, energy systems, and communication technologies.
National Scenario:
- CENPES (Petrobras Research, Development and Innovation Center) Petrobras' technological brain, one of the world's largest energy research centers, focuses on deep-water technologies that constantly challenge our engineering limits.
- Institutional Website: CENPES
- CEPEL (Center for Electric Energy Research) The research arm of the Eletrobras Group and the largest research institute in electrical energy in the Southern Hemisphere. Crucial for the offshore sector, researching equipment for subsea electrical systems and energy integration on platforms.
- Equipment and Materials Laboratory: CEPEL LEM
- Transmission Technologies: CEPEL TRANSMISSION
- CPQD (Center for Research and Development in Telecommunications) The largest ICT research institute in Latin America. It develops everything from optical components to platforms for 5G/6G networks, and is an essential reference for communications engineering.
- Optical Communications: CPQD OPTICAL COMMUNICATIONS
- Wireless Connectivity: CPQD Connectivity
- Validation and Testing: CPQD Validation and Testing
- IPT (Institute for Technological Research) Performs complex tests, materials analysis, and development of engineering solutions for large naval and oil and gas structures.
- Institutional Website: IPT
- INMETRO (National Institute of Metrology, Quality and Technology) Its Directorate of Scientific Metrology and Technology is fundamental in ensuring that tests on cables and other products are accurate and reliable throughout Brazil.
- Electrical Metrology Laboratory: INMETRO LABEL
- SENAI CIMATEC, IPqM Advanced centers that work in robotics, automation, supercomputing (CIMATEC) and military application technologies (IPqM), such as underwater acoustics.
- SENAI CIMATEC: SENAI CIMATEC
- IPqM: IPqM
International Scenario:
- Fraunhofer-Gesellschaft (Germany) The largest applied research organization in Europe. Its institutes are world leaders in communication and energy.
- Fraunhofer HHI (Telecommunications): HHI FRAUNHOFER
- Fraunhofer IEEE (Energy Systems): IEE Fraunhofer
- SINTEF (Norway) and MARIN (Netherlands) Global leaders in applied research for the energy and ocean sectors (SINTEF) and in experimental and numerical hydrodynamic research (MARIN).
- NIST (USA), NICT (Japan) and CEA-Leti (France) Leading institutes conducting fundamental research in metrology for 5G/6G networks are breaking records in fiber optic transmission and revolutionizing communications with silicon photonics.
- NIST CTL: NIST CTL
- NICT (Example of Research): NICT PHOTONIC JAPAN
- CEA-Leti: LETI CEA
3.1.1 Cutting-Edge Research Institutes
- 1. INNOVCABLE TECHNICAL RESOURCE CENTER
- 1.1 Application and Installation Guides for Mobile Cables
- 1.2 Calculation and Dimensioning Tools
- 1.3. Specifications and Material Data
- 1.3.1 Codes and Nomenclatures for Naval Cables NEK 606
- 1.3.2 SHF1 AND SHF2 COVERS (NEK 606)
- 1.3.3 RESISTANCE OF INSULATION AND SHEATH MATERIALS
- 1.3.4 Armor Resistance
- 1.3.5 Fire Performance Standards (Fire Performance Cable Standards)
- 1.3.6 Tables of Compensating and Extension Thermocouple Wires and Cables
- 1.4. Glossary and Quick References
- 2. Industry Standards and Regulations
- 3. Innovation and Research Ecosystem
Related Articles

Tables and Codes for Thermocouples
International Color Code for Compensation and Extension Cables and Wires - Cable Code - Error Limit Table

NBR 5410 Sizing Tables
DOWNLOAD NBR 5410 DIMENSIONING TABLES Explanation With the aim of offering a practical tool to assist in the work of

Color code tables
Color code according to DIN 47100 No. Colour Short Form 1 WHITE WH 2 BROWN BN 3

TABLE AND GUIDELINES AWG X METRIC CONVERSION (mm²)
Unveiling the AWG Standard: A Technical Guide for Professionals and Enthusiasts – American Wire Gauge (AWG) to Metric (mm²) Conversion

STANDARD
British cable standards BS4737-3.30:1986 Intrusion alarm systems. Specification for PVC insulated cables for interconnect wiring.

RESISTANCE OF INSULATION AND SHEATH MATERIALS, COMPARISON OF PROPERTIES
Compound Properties PVC HDPE CPE Polyethylene Cellular Polypropylene Nylon PUR Oxidation Resistance E E E E E

ARMOUR RESISTANCE
BS6480 Shielding Resistance Cable: Conductor, conductor sheath, shielding resistance and percentage conductivity of 2 cables,

Minimum permissible bending radius: according to DIN VDE 0298 part 3
Minimum permissible bending radius according to DIN VDE 0298 part 3. Rated voltage up to 0,6 / 1 kV.
Questions? Send a message to the specialist.
Products

Profibus DP DeepSea® Armed SHF2
Busbar cable; PROFIBUS DP; Fixed installation; Nominal characteristic impedance: 150 Ω; 1x2x0,64; SHF2; Flame retardant: IEC 60332-1-2; violet; 8 mm

MariTimus® Single-Core Marine Power and Control Cable 0,6/1 kV XLPE/SHF1 (LSOH) Armored and Flame Retardant
Maritimus® Single-Core Naval Power and Control Cable; Armored; Max. 300,00 mm²; 0,6/1 kV; 1 conductor; XLPE / SHF1; Flame Retardant; +90°C; IEC 60092

MariTimus® Marine Single-Core Power and Control Cable 0,6/1 kV MICA / XLPE / SHF1 (LSOH) Fire Resistant IEC 60331
Maritimus® Single-Core Marine Power and Control Cable; Max. 120,00 mm²; 0,6/1 kV; 1 conductor; MICA / XLPE / SHF1; Fire Resistant; +90°C; IEC 60092; 60331

MariTimus® Marine Single-Core Power and Control Cable 0,6/1 kV MICA / XLPE / SHF1 (LSOH) Armored and Fire Resistant IEC 60331
Maritimus® Armored Multicore Naval Power and Control Cable; Max. 120,00 mm²; 0,6/1 kV; 1 conductor; MICA / XLPE / SHF1; Fire Resistant; +90°C; IEC 60092; 60331