GORE® Space Cables and Assemblies: Symmetrical Interconnects
In space, signal speed and integrity can be the difference between mission success and failure. Small, lightweight and extremely flexible, GORE® Symmetrical Interconnects deliver transmission rates up to 1 Gbit/s while withstanding the harsh conditions of space.
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Resource Library
Data Sheet: GORE® Space Cables and Assemblies Symmetrical Interconnects
Data Sheets, 1.14 MB
This document details the features and benefits of GORE® Space Cables and Assemblies Symmetrical Interconnects.
All Resources For GORE® Space Cables and Assemblies: Symmetrical Interconnects
- Videos (1)
- Product Selection Guides (1)
- Data Sheets (2)
- Authorized Distributors (1)
Overview
Improve Signal Transmission for Spacecraft Electronics
Signal speed and integrity are essential for effective communication among spacecraft components. Cables — the lifeline of data transmission — are often run through very tight spaces in the spacecraft. For cables to reliably maintain signal integrity, they need to be flexible, and they need to be tough.
GORE Symmetrical Interconnects offer the best combination available for spacecraft component connections: solid mechanical durability, and excellent signal integrity. Small, lightweight and extremely flexible, these balanced, single-twinax cables deliver data transmission rates as high as 1 Gbit/s to maintain outstanding signal integrity.
The cables meet the stringent requirements of ESCC-3902/002, and are listed on the ESA QPL (Qualified Parts List) — providing the quality assurance critical to mission success in outer space.
The Science Behind the Cables
ePTFE in our cables helps to reduce interference between electrical systems.
The key to the outstanding performance of Gore symmetrical interconnects is the proprietary material used in the cable insulation: expanded polytetrafluoroethylene (ePTFE).
By incorporating ePTFE into the cables, Gore is able to provide tight impedance control to reduce interference, with balanced transmission between separate lines within the cable. The microstructure of the ePTFE material makes Gore symmetrical interconnects lighter than other cables with comparable performance and minimizes the problems associated with balancing difficult mass budgets.
Features & Benefits
GORE Symmetrical Interconnects dependably feature:
- high signal speed up to 1 Gbit/s
- high density/reduced mass
- balanced, shielded lines
- high-speed link among units
By pairing these features with the material benefits of PTFE, our cables deliver:
- excellent compatibility among system components
- reduced costs for system integration and maintenance
- design flexibility of a modular system
- improved reliability from rugged materials used in construction
- valued reliability delivered from an ESA-qualified and a DIN EN ISO 9001:2000-certified manufacturing facility
Additionally, Gore’s worldwide engineering team provides sales and technical support. If you have any questions about GORE® Symmetrical Interconnects, please contact us.
Applications
Aboard spacecrafts, GORE Symmetrical Interconnects are typically used in:
- digital signal processors
- high-resolution cameras and sensors
- high-speed subsystem interconnects
To date, many critical missions have incorporated our symmetrical interconnects, including:
- European Remote Sensing Satellite (ERS1/ERS2)
- Polar Platform
- ENVISAT satellite
- XMM space observatory
- International Space Station (ISS)
- INMARSAT
Specifications
All Gore symmetrical interconnects meet these technical specifications according to ESCC 3902/002 and are listed on the ESA QPL.
| Property | Value |
|---|---|
| Operating temperature range | -200°C to +180°C |
| Maximum temperature for short periods | 260°C |
| Dielectric material | Expanded PTFE |
| Outer jacket | PFA |
| Conductor construction | Concentric silver-plated copper |
| Operating voltage | 100 V RMS |
| Maximum weight | 36 g/m |
| Maximum diameter | 5.2 mm |
| Bending radius | 10 x outer diameter (repeated) or 6 x outer diameter (once) |
| Transmission Rate | Up to 1 Gbit/s |
| Maximum capacitance: conductor to conductor | 68 pF/m |
Ordering Information
GORE Symmetrical Interconnects vary by gauge size and impedance. Refer to your application to determine the appropriate part number, and please contact us with any questions.
| Part Number | Gauge Size (AWG) | Impedance (ohm) |
|---|---|---|
| GBL-075-24 | 24 | 75 |
| GBL-100-22 | 22 | 100 (with drain wire) |
| GBL-120-30 | 30 | 120 |
| GBL-120-28 | 28 | 120 |
| GBL-120-26 | 26 | 120 |
| GBL-120-24 | 24 | 120 |
Resources
Learn more about GORE Symmetrical Interconnects in a data sheet and a white paper discussing the properties of cables that ensure peak electrical performance.
Data Sheet: GORE® Space Cables and Assemblies Symmetrical Interconnects
Data Sheets, 1.14 MB
Recent News
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Discover the Future with Gore Innovations at Farnborough Airshow
July 22, 2024 - July 26, 2024
Come by to see us in Hall 1, Booth 1120G, at this year’s airshow in Farnborough, UK, from July 22-26 to discover how GORE® Cables and Materials can help propel aerospace and defense into the future. See demos to witness firsthand how our solutions outperform many alternatives. Reserve time at the airshow now to meet with a Gore specialist and discuss your latest issues and requirements.
Visit Hall 5A H215 at this year’s show in Paris, France, from June 17-24 to check out GORE® High Speed Data Cables that ensure mission success, survivability and safety. Reserve time now for a private meeting with a Gore specialist at the show to talk about your latest system design challenges and future needs.
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April 24, 2024 - April 26, 2024
Stop by Booth 1218 to see our demos and learn how GORE® Cables and Materials perform reliably despite Army airframe and aviation challenges. We’re eager to hear about your latest systems and collaborate with you to deliver solutions that ensure mission success and protect our aircrew.
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W. L. GORE & ASSOCIATES TO PRESENT NEW MOSA PAPER AT GVSETS CONFERENCE
Posted August 11, 2023
W. L. Gore & Associates (Gore) will present a new Modular Open Systems Approach (MOSA) technical paper at the Ground Vehicle Systems Engineering & Technology Symposium & Modernization Update (GVSETS) on Tuesday, August 15, in Novi, Mich.
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