engineered for speed, reliability, and mission adaptability
- delivering high-performance capability in demanding operational environments -
engineered for speed, reliability, and mission adaptability
- delivering high-performance capability in demanding operational environments -
The S.I.N.T.L (Stillwood International) Spools are designed and produced in North Carolina. The Fiber is wound at the same North Carolina facility, as the canisters are produced. The Fiber utilized is NDAA compliant fiber sourced from Corning and OFS.
The units are available in any range distance configuration 250 m - 30 km (820 ft. / 18 mi.) customizable for varying applications. The canister body can be outfitted with Picatinny 1913 rails top and bottom, as well as landing arms that mount directly to the canister.
Note: MINI 500M 4 ounce / 113 Grams Deployed weight spool and canister packs are currently under development.
The S.I.N.T.L (Stillwood International) Spools are designed and produced in North Carolina. The Fiber is wound at the same North Carolina facility, as the canisters are produced. The Fiber utilized is NDAA compliant fiber sourced from Corning and OFS.
The units are available in any range distance configuration 250 m - 30 km (820 ft. / 18 mi.) customizable for varying applications. The canister body can be outfitted with Picatinny 1913 rails top and bottom, as well as landing arms that mount directly to the canister.
Note: MINI 500M 4 ounce / 113 Grams Deployed weight spool and canister packs are currently under development.
The Stillwood International Fiber Type, 657A1 “Bare” Fiber, is designed for minimum weight and physical profile while maintaining desirable bend and tensile strength performance.
A combination ITU-T G.652.D and G.657.A1 compliant fiber, AllWave+ Fiber delivers low and stable loss in the 1360 nm -1460 nm E-band, enabling 16-channel CWDM, DWDM and FTTX support on a single
fiber. In addition, this fiber’s bend performance far exceeds G.652.D and complies with G.657.A1, supporting a minimum bend radius of 10 mm and lower bend loss than conventional single-mode fibers.
While this low bend loss improves performance and reliability, it also helps to lower installation costs by allowing the use of smaller cables and terminals. AllWave+ Fiber has the same 9.2 micron mode field diameter as and is fully backward compatible with the installed base of G.652 single-mode fiber for seamless splicing, testing and faster network turn-up.
The Stillwood International Fiber Type, 657A1 “Bare” Fiber, is designed for minimum weight and physical profile while maintaining desirable bend and tensile strength performance.
A combination ITU-T G.652.D and G.657.A1 compliant fiber, AllWave+ Fiber delivers low and stable loss in the 1360 nm -1460 nm E-band, enabling 16-channel CWDM, DWDM and FTTX support on a single
fiber. In addition, this fiber’s bend performance far exceeds G.652.D and complies with G.657.A1, supporting a minimum bend radius of 10 mm and lower bend loss than conventional single-mode fibers.
While this low bend loss improves performance and reliability, it also helps to lower installation costs by allowing the use of smaller cables and terminals. AllWave+ Fiber has the same 9.2 micron mode field diameter as and is fully backward compatible with the installed base of G.652 single-mode fiber for seamless splicing, testing and faster network turn-up.
Currently we do not have an NDAA compliant option for modules. That said, we are expecting options to become available in the near future. Current options are the standard Fiber to UART style sourced from China. We can incorporate the Sky module into the canister for space savings and simplicity of connection in the field. We are able to integrate your proffered brand of modules.
Currently we do not have an NDAA compliant option for modules. That said, we are expecting options to become available in the near future. Current options are the standard Fiber to UART style sourced from China. We can incorporate the Sky module into the canister for space savings and simplicity of connection in the field. We are able to integrate your proffered brand of modules.