@swiftbridgeusa

Swift Bridge Technologies (SBT) is a manufacturer of high-performance cable interconnect solutions for the commercial test and measurement market.

swiftbridgetechnologies.com/
Joined August 2025
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Introducing Swift Bridge Technologies: delivering high-performance #RF cable interconnect solutions through 70 GHz. We provide both standard and custom solutions that meet the most demanding applications. 📡 🔗 bit.ly/4n7VoG9 #CableSolutions #TestandMeasurement
Advertisement poster for SwiftBridge Technologies featuring text detailing engineered solutions for optimized performance, including product lines like DuraWave, FastEdge, and Custom Solutions. The poster includes bullet points on features, benefits, and contact information with a blue and yellow color scheme.

ALT Advertisement poster for SwiftBridge Technologies featuring text detailing engineered solutions for optimized performance, including product lines like DuraWave, FastEdge, and Custom Solutions. The poster includes bullet points on features, benefits, and contact information with a blue and yellow color scheme.

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For controlled #labbench environments, a FastEdge assembly delivers low-loss, high-flexibility performance. When the #cable moves frequently or works in environments where crush and torque are realistic risks, DuraWave's armored construction keeps #signalintegrity intact.
The image features two types of cables labeled "FastEdge PS" and "FastEdge" from Swift Bridge Technologies. The cables are shown over an industrial setting background with the text "Built for the bench. Ready for the line." The Swift Bridge Technologies logo is at the bottom.

ALT The image features two types of cables labeled "FastEdge PS" and "FastEdge" from Swift Bridge Technologies. The cables are shown over an industrial setting background with the text "Built for the bench. Ready for the line." The Swift Bridge Technologies logo is at the bottom.

The image shows two sets of cables against a textured blue and rock background. The top set has purple cables labeled "DuraWave," and the bottom set has yellow cables labeled "DuraWave PS." Both sets feature black connectors. The logo for Swift Bridge Technologies is at the bottom right corner.

ALT The image shows two sets of cables against a textured blue and rock background. The top set has purple cables labeled "DuraWave," and the bottom set has yellow cables labeled "DuraWave PS." Both sets feature black connectors. The logo for Swift Bridge Technologies is at the bottom right corner.

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#Semiconductortests demands accurate, repeatable measurements without inflating test setup costs. The ExpressRF line was designed for exactly that balance: low-loss, 100% tested #RFcableassemblies from DC to 70 GHz, at a cost point that works for production-scale applications.
A promotional image for ExpressRF by Swift Bridge Technologies. Two coaxial cables are shown with a text box that reads, "Cost-efficient, low-loss interconnects for accurate, reliable measurements." The background features a circuit pattern.

ALT A promotional image for ExpressRF by Swift Bridge Technologies. Two coaxial cables are shown with a text box that reads, "Cost-efficient, low-loss interconnects for accurate, reliable measurements." The background features a circuit pattern.

A graphic features the text "ExpressRF" at the top. Below is a list of applications: Test & Measurement, Semiconductor Test, High Frequency Clocking, Vehicle Tracking Systems, High Frequency Probing, Telecommunications, Wireless LAN, and WiMax. Two coaxial cables are shown. At the bottom, "Swift Bridge Technologies" is written with a logo. The background has a circuit board pattern.

ALT A graphic features the text "ExpressRF" at the top. Below is a list of applications: Test & Measurement, Semiconductor Test, High Frequency Clocking, Vehicle Tracking Systems, High Frequency Probing, Telecommunications, Wireless LAN, and WiMax. Two coaxial cables are shown. At the bottom, "Swift Bridge Technologies" is written with a logo. The background has a circuit board pattern.

Field testing introduces variables #lab setups don't, and the #DuraWavePS is built for them. Armored against crush and torque. Rated to 125°C. Phase and #amplitude stable through flexure. 100% tested, DC to 70 GHz. bit.ly/4xE6nNj
The image displays two black and purple cables with metal connectors at the top against a blue circuit-patterned background. The text reads, "DuraWave™ PS - Rugged, crush-resistant, and phase-stable for harsh test and field environments." The bottom features the logo and name "Swift Bridge Technologies.

ALT The image displays two black and purple cables with metal connectors at the top against a blue circuit-patterned background. The text reads, "DuraWave™ PS - Rugged, crush-resistant, and phase-stable for harsh test and field environments." The bottom features the logo and name "Swift Bridge Technologies.

The image features a promotional poster for "DuraWave™ PS Ruggedized RF Cable Assemblies" by Swift Bridge Technologies. There is a graph showing phase change in degrees versus frequency in GHz, depicting a downward curve labeled "Phase Δ W/ 360° Wrap, Ø 4.5'' Mandrel.

ALT The image features a promotional poster for "DuraWave™ PS Ruggedized RF Cable Assemblies" by Swift Bridge Technologies. There is a graph showing phase change in degrees versus frequency in GHz, depicting a downward curve labeled "Phase Δ W/ 360° Wrap, Ø 4.5'' Mandrel.

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The hardest #RFcable problems to solve are the ones that don't fit a catalog. When standard #assemblies fall short, SBT's custom development process starts: from initial design through full-scale production. One team, the whole way through. Find out more: bit.ly/4gPFv6K
The image shows a list of available cable structures on a blue background with circuitry patterns. The list includes: Impedance Controlled Coax, Impedance Controlled Microcoax, Twinax, Differential Pair, Twisted Pair, Fine Wire, Thin-Wall Insulated Singles, Multi-Element Cables (Concentrically and Axially Bundled), and Ribbonized Singles (Coax, Twinax). Swift Bridge Technologies logo is at the bottom.

ALT The image shows a list of available cable structures on a blue background with circuitry patterns. The list includes: Impedance Controlled Coax, Impedance Controlled Microcoax, Twinax, Differential Pair, Twisted Pair, Fine Wire, Thin-Wall Insulated Singles, Multi-Element Cables (Concentrically and Axially Bundled), and Ribbonized Singles (Coax, Twinax). Swift Bridge Technologies logo is at the bottom.

A blue background with circuit patterns features a list titled "Dielectric Materials Available." The list includes: Extruded Fluoropolymer, Extruded Polyolefins, Low Loss Extruded Foamed Fluoropolymer, Low Loss Extruded Foamed Polyolefin, and Low Loss ePTFE Tape. At the bottom, the Swift Bridge Technologies logo is present.

ALT A blue background with circuit patterns features a list titled "Dielectric Materials Available." The list includes: Extruded Fluoropolymer, Extruded Polyolefins, Low Loss Extruded Foamed Fluoropolymer, Low Loss Extruded Foamed Polyolefin, and Low Loss ePTFE Tape. At the bottom, the Swift Bridge Technologies logo is present.

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#RFCable degradation rarely announces itself. Insertion loss creeps, phase drift becomes unpredictable, and bad #data gets collected before the cable is ever suspected. Knowing when to replace is all part of controlling the #signalpath.
The image features an informational graphic titled "Signs It's Time to Replace Your Cable." It lists four bullet points: insertion loss above your calibration baseline, inconsistent phase readings, visible wear at the interface or flex relief, and physical wear such as drops, kinks, or crush events. The background has a circuit pattern, and at the bottom, the logo of Swift Bridge Technologies is displayed.

ALT The image features an informational graphic titled "Signs It's Time to Replace Your Cable." It lists four bullet points: insertion loss above your calibration baseline, inconsistent phase readings, visible wear at the interface or flex relief, and physical wear such as drops, kinks, or crush events. The background has a circuit pattern, and at the bottom, the logo of Swift Bridge Technologies is displayed.

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Every #cable takes a cut of your signal on the way to the instrument. At low frequencies, that loss is small enough to ignore. But as frequencies climb toward #mmWave, it reduces dynamic range, masks low-level signals, and introduces #measurement uncertainty.
Circuit-themed background with text: "What does 'low loss' actually mean?" At the bottom, the logo reads "Swift Bridge Technologies.

ALT Circuit-themed background with text: "What does 'low loss' actually mean?" At the bottom, the logo reads "Swift Bridge Technologies.

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SBT has built its customer base largely through referrals and repeat business, and that kind of trust comes from consistent performance and accessible #engineering support. That's how we build lasting customer relationships. bit.ly/45DrzHH #Engineering #RF #CableAssembly

Contact — Swift Bridge Technologies

swiftbridgetechnologies.com
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Every single SBT #cableassembly is 100% S-parameter tested before it ships. Not a sample, not a batch. Every one. It's also how trust gets built over time. #Quality isn't just part of our process; it's how we build lasting customer relationships. #RFTesting #RFCables #Quality
A graphic with a dark blue circuit pattern background features the text "Our Mission:" in green, followed by the mission statement in white: "Swift Bridge Technologies designs and produces quality and cost efficient cable assemblies." The Swift Bridge Technologies logo is at the bottom.

ALT A graphic with a dark blue circuit pattern background features the text "Our Mission:" in green, followed by the mission statement in white: "Swift Bridge Technologies designs and produces quality and cost efficient cable assemblies." The Swift Bridge Technologies logo is at the bottom.

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#RFtesting isn't limited to one environment. The DuraWave™ is armored against crush and torque for hard-to-control conditions, and the DuraWave™ PS pairs that same rugged construction with guaranteed phase and #amplitude stability. Our cables keep up.
A promotional image for DuraWave by Swift Bridge Technologies. It features two armored, weather-resistant cables set against a dark blue circuit-patterned background. Text highlights their use for tough industrial and outdoor testing.

ALT A promotional image for DuraWave by Swift Bridge Technologies. It features two armored, weather-resistant cables set against a dark blue circuit-patterned background. Text highlights their use for tough industrial and outdoor testing.

DuraWave PS cables by Swift Bridge Technologies are displayed with text highlighting their rugged, crush-resistant, and phase-stable qualities for harsh test and field environments. The background features a circuit pattern.

ALT DuraWave PS cables by Swift Bridge Technologies are displayed with text highlighting their rugged, crush-resistant, and phase-stable qualities for harsh test and field environments. The background features a circuit pattern.

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Multiple #signal, power, and control lines don't always need to be multiple cables. SBT designs custom hybrid #assemblies that combine #RF, power, and DC control into a single construction: cleaner systems, fewer connection points. Let's talk: bit.ly/45DrzHH

Contact — Swift Bridge Technologies

swiftbridgetechnologies.com
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How much #phasechange can your application tolerate under flexure? FastEdge 40: under 10° phase change through flexure. FastEdge PS: #engineered specifically for applications where stability under movement is critical. If your setup involves repeated #cable movement, it matters.
The image features a promotional graphic for "FastEdge 40 RF Cable Assemblies" by Swift Bridge Technologies. Below is a line graph titled "Phase Δ w/ 360° Wrap, Ø 4.5" Mandrel" showing phase shift across frequencies from 0 to 40 GHz. The phase decreases as the frequency increases.

ALT The image features a promotional graphic for "FastEdge 40 RF Cable Assemblies" by Swift Bridge Technologies. Below is a line graph titled "Phase Δ w/ 360° Wrap, Ø 4.5" Mandrel" showing phase shift across frequencies from 0 to 40 GHz. The phase decreases as the frequency increases.

Chart displaying "FastEdge PS RF Cable Assemblies" with a line graph titled "Phase Δ W/360° Wrap, Ø 4.5" Mandrel" showing phase change in degrees versus frequency in GHz. The background features subtle geometric patterns. Swift Bridge Technologies logo at the bottom.

ALT Chart displaying "FastEdge PS RF Cable Assemblies" with a line graph titled "Phase Δ W/360° Wrap, Ø 4.5" Mandrel" showing phase change in degrees versus frequency in GHz. The background features subtle geometric patterns. Swift Bridge Technologies logo at the bottom.

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Dalibor Smejtek, Director of Engineering, walked through the SBT product lineup at our #IMS2026 booth with a focus on the FastEdge series. Thank you again to @everythingrf for this great coverage! Read the full feature: bit.ly/4vQjau3
The image shows a person standing in front of a booth for Swift Bridge Technologies at a trade show. Behind them are displays of various cable products, including DuraWave and FastEdge. Logos and text indicate coverage by everythingRF. A logo for Swift Bridge Technologies is visible at the top, and a logo for IMS 2022 is seen in the bottom left corner.

ALT The image shows a person standing in front of a booth for Swift Bridge Technologies at a trade show. Behind them are displays of various cable products, including DuraWave and FastEdge. Logos and text indicate coverage by everythingRF. A logo for Swift Bridge Technologies is visible at the top, and a logo for IMS 2022 is seen in the bottom left corner.

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When you reach out to SBT, you're talking to a real #engineer, typically the same one throughout your project. No support queues. No re-explaining the #application. Just direct access to the people building your #cableassemblies.
Two individuals stand in front of a booth display for "Swift Bridge Technologies" at a trade show. The booth features a banner with images of tech components and contact information. A table in front of them holds promotional materials, business cards, and a case with various samples. Other booths and attendees are visible in the background.

ALT Two individuals stand in front of a booth display for "Swift Bridge Technologies" at a trade show. The booth features a banner with images of tech components and contact information. A table in front of them holds promotional materials, business cards, and a case with various samples. Other booths and attendees are visible in the background.

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Most #RF measurement errors aren't instrument problems. Phase variation, loss inconsistency, or channel mismatch are all variabilities that can live in the #signalpath. As #frequencies increase and setups scale, every link in the chain matters.
The image features the text "Your cable is part of the measurement" in bright green on a blue circuit-patterned background. The logo of Swift Bridge Technologies is visible at the bottom.

ALT The image features the text "Your cable is part of the measurement" in bright green on a blue circuit-patterned background. The logo of Swift Bridge Technologies is visible at the bottom.

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Lead times too long. #Engineering support hard to reach. #Cable performance inconsistent. If your current supplier is falling short on any of those, SBT was built to solve them. swiftbridgetechnologies.com
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Real-world cables move, and your #measurements have to hold when they do. SBT's DuraWave PS and FastEdge PS #cableassemblies provide the highest degree of phase and #insertionloss stability with cable movement. Available DC to 70 GHz.
The image features a promotional poster for "DuraWave™ PS Ruggedized RF Cable Assemblies" by Swift Bridge Technologies. It includes a graph showing phase change in degrees versus frequency in GHz, highlighting performance with a 360° wrap on a 4.5" mandrel.

ALT The image features a promotional poster for "DuraWave™ PS Ruggedized RF Cable Assemblies" by Swift Bridge Technologies. It includes a graph showing phase change in degrees versus frequency in GHz, highlighting performance with a 360° wrap on a 4.5" mandrel.

Graph showing the phase change versus frequency for the FastEdge PS RF cable assemblies by Swift Bridge Technologies. The phase change ranges from 0 to 5 degrees over a frequency of 0 to 40 GHz. The company logo is at the bottom.

ALT Graph showing the phase change versus frequency for the FastEdge PS RF cable assemblies by Swift Bridge Technologies. The phase change ranges from 0 to 5 degrees over a frequency of 0 to 40 GHz. The company logo is at the bottom.

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Standard #cableassemblies solve standard problems. When the application is more complex, the cable has to be too. SBT offers custom cable and #mechanical design—hybrid, armored, ruggedized, multi-element—from concept through production.
This is a technical diagram of a cable assembly. It depicts a circular cross-section with multiple labeled components, including small and large circles representing wires or fibers. Numerical labels are used to identify specific parts, and measurements are given, such as ".330±.005" and ".025".

ALT This is a technical diagram of a cable assembly. It depicts a circular cross-section with multiple labeled components, including small and large circles representing wires or fibers. Numerical labels are used to identify specific parts, and measurements are given, such as ".330±.005" and ".025".

A cross-sectional diagram of an Ethernet cable connector is shown. The top image displays inner wires and components housed within a plastic casing. The bottom image offers a detailed view of the connector's end, including the alignment of the pins and wiring setup within the connector.

ALT A cross-sectional diagram of an Ethernet cable connector is shown. The top image displays inner wires and components housed within a plastic casing. The bottom image offers a detailed view of the connector's end, including the alignment of the pins and wiring setup within the connector.

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ExpressRF delivers flexible, low-loss #RF cable assembly performance from DC to 70 GHz — accurate, repeatable, and reliable. 100% S-parameter tested before it ships. Learn more here: bit.ly/4v90pSe
The image features Swift Bridge Technologies' ExpressRF with coaxial cables. The background has a circuit pattern. The text lists applications including Test & Measurement, Semiconductor Test, High Frequency Clocking, Vehicle Tracking Systems, High Frequency Probing, Telecommunications, Wireless LAN, and WiMax.

ALT The image features Swift Bridge Technologies' ExpressRF with coaxial cables. The background has a circuit pattern. The text lists applications including Test & Measurement, Semiconductor Test, High Frequency Clocking, Vehicle Tracking Systems, High Frequency Probing, Telecommunications, Wireless LAN, and WiMax.

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"Low loss" means less signal attenuation between your source and your measurement. At high #frequencies, small dB losses compound fast. SBT builds RF #cableassemblies to keep loss minimal across the full frequency range. Get your cables today on @digikey: bit.ly/422eqp0
A graphic displaying a circuit board pattern in the background with the text "What does 'low loss' actually mean?" and the "Swift Bridge Technologies" logo at the bottom.

ALT A graphic displaying a circuit board pattern in the background with the text "What does 'low loss' actually mean?" and the "Swift Bridge Technologies" logo at the bottom.

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SBT builds more than #RF cables. Mixed-signal, power, discrete-wire, and more—ISO 9001:2015 certified. #Engineering support from concept through production. Find the rest of our #lowfrequency assemblies on our site: bit.ly/45GIwAX

Low Frequency Assemblies — Swift Bridge Technologies

swiftbridgetechnologies.com
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