Hytera Cables: Programming, Power, Connecting, and Data
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DB26 Back-to-Back Data Cable for Hytera HM782 & HR1062 The Hytera PC49 is a genuine OEM back-to-back data cable designed for connecting two compatible Hytera mobile radios or repeaters directly via their DB26 accessory ports. With a length of 60 cm (23.6 in), the PC49 supports HM782-to-HM782 and HR1062-to-HR1062 back-to-back configurations for data linking and system integration applications. Key Features & Benefits Back-to-Back Connectivity: Enables direct DB26-to-DB26 data connections between two compatible Hytera units for system integration. Genuine OEM Cable: Manufactured by Hytera to original equipment specifications for reliable signal integrity and correct pinout. 60 cm (23.6 in) Length: Compact cable length suited for rack-mounted or co-located equipment installations. DB26 Connectors: Mates directly with the DB26 accessory port found on compatible Hytera mobile radios and repeaters. Specifications Attribute Details Brand Hytera Part Number / SKU PC49 Cable Type Back-to-Back Data Cable Connector Type DB26 to DB26 Cable Length 60 cm (23.6 in) Warranty 1-Year Manufacturer’s Warranty Compatibility Device Model Brand Type Configuration HM782 Hytera Mobile Radio HM782 to HM782 HR1062 Hytera Repeater HR1062 to HR1062 MD652i Hytera Mobile Radio Back-to-Back MD782i Hytera Mobile Radio Back-to-Back RD622i Hytera Repeater Back-to-Back RD962i Hytera Repeater Back-to-Back RD982i Hytera Repeater Back-to-Back Recommended Accessories Hytera HM782 DMR Mobile Two-Way Radio – Primary compatible mobile radio for the PC49 back-to-back cable. Hytera HR1062 Digital DMR Repeater – Primary compatible repeater for the PC49 back-to-back cable. Hytera MD782i Digital Mobile Two-Way Radio – Compatible mobile radio for back-to-back data cable configurations. Frequently Asked Questions What is the PC49 used for? The PC49 is a back-to-back data cable used to directly connect two compatible Hytera mobile radios or repeaters via their DB26 accessory ports. It is used for data linking and system integration in HM782-to-HM782 or HR1062-to-HR1062 configurations. What connector type does the PC49 use? The PC49 uses DB26 connectors on both ends, matching the DB26 accessory port found on compatible Hytera mobile radios and repeaters. How long is the PC49 cable? The PC49 is 60 cm (23.6 inches) in length, designed for co-located or rack-mounted equipment installations. Warranty The Hytera PC49 includes a 1-year manufacturer’s warranty. Please contact Atlantic Radio Communications for warranty claims, support, or replacement inquiries.
$46.90 $29.99
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The Hytera PC83 is a data transmission cable for DB26(M) to DB9(M) for MD782i. One year manufacterer's warranty.
$63.88 $57.49
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Hytera PWC03 The Hytera PWC03 is an AC power cord (3-core). Works with the Hytera repeater: HR1062. And the Hytera digital radios: MD612i, MD622i, MD782i. *1-year manufacturer's warranty.
$17.30 $15.57
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HyteraPC92
Hytera PC92 is a programming cable for SM18N15. (UL913)
$72.80 $65.52
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Hytera CP14 The Hytera CP14 is a cloning cable. This cable works with the Hytera PD7 iSeries, PD982i. *CP14 IS AN END-OF-LIFE PRODUCT. NO REPLACEMENT. CP14 WARRANTY: PD702i PD752i PD782i PD982i *1-year manufacturer's warranty.
$58.60 $47.92
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Hytera CP15 The Hytera CP15 is a cloning cable for these portable two-way radios: PD602i, PD662i, PD682i, X1ei and X1pi. *1-year manufacturer's warranty.
$52.70 $19.99
Shop genuine Hytera Cables at Atlantic Radio to establish reliable programming data links, power connections, and system interfaces across your radio fleet. This specialized collection features factory-original programming cables, mobile power harnesses, repeater interconnect assemblies, and high-speed data cables built for commercial two-way radio systems. Buy authentic connection hardware now to configure custom frequencies, maintain steady voltage delivery to mobile units, and keep your communication network fully synchronized without interface failures.
Operating commercial radio fleets requires robust cabling infrastructure capable of withstanding constant field deployment and shop floor bench testing. Genuine Hytera Cables are constructed with heavy-duty strain relief, shielded internal wiring, and precision-molded connectors that prevent data packet loss and unexpected voltage drops during operation. Sourcing factory-certified interface hardware ensures your programming, power, and audio connections maintain complete electrical integrity and mechanical alignment with your handheld, mobile, and repeater units.
Choosing the Right Hytera Cables for Your Fleet
Selecting the proper interface cable requires matching your specific transceiver series with the correct physical connector interface and circuit architecture. Programming tasks demand model-specific USB or serial interface cables equipped with internal chipset handshakes to ensure successful Customer Programming Software (CPS) communication without corrupting codeplug files. For vehicular and fixed installations, mobile power cables must be sized to handle high-current transmit draws while fusing protects the mainboard against vehicle voltage spikes. System administrators must also verify whether interconnecting repeaters requires specialized accessory port cables to handle analog audio routing, digital data passage, or auxiliary signaling lines correctly.
Why Choose Hytera Original Accessories / Parts / Hardware
Deploying original manufacturer cables is critical for protecting sensitive transceiver mainboards during high-voltage transfers and data writing procedures. Hytera OEM programming cables contain internal, factory-coded driver chipsets engineered to establish an immediate, error-free handshake with official CPS software platforms; generic alternatives frequently fail this handshake, causing connection timeouts or corrupted memory files. Furthermore, genuine Hytera power and interconnect cables feature exact wire gauge standards, flame-retardant jacket materials, and molded strain reliefs designed to resist cracking under extreme temperatures. Using unverified third-party cables risks shorting internal accessory pins, damaging delicate data buses, and directly invalidating active factory warranty protections.
Ready to Upgrade?
If your organization is expanding its infrastructure beyond basic programming and power setups, upgrading to multi-site digital repeater networks or advanced dispatch consoles provides seamless wide-area coverage. Explore our complete selection of digital repeaters and system integration hardware to elevate your fleet's operational capabilities.
Software & Programming for Hytera Cables
Field transceivers and mobile units require accurate software configuration via a dedicated PC interface to set channel frequencies, color codes, and advanced encryption parameters. Fleet managers can access official configuration tools via our Hytera Programming Software portal to download required codeplug tools. Pair your PC with an authentic multi-pin or micro-USB data interface from our Hytera Programming Cable line to guarantee safe, reliable data transfer during every firmware update or channel write.
Frequently Asked Hytera Cables Questions
Why does my PC fail to recognize the radio when using a generic programming cable?
Hytera digital transceivers require specialized USB driver chipsets built into authentic cables to execute the internal data handshake; generic cables lack these chipsets, preventing the PC operating system and CPS software from establishing a valid COM port connection.
Are Hytera mobile power cables interchangeable between all mobile radio models?
While many commercial mobile models share a standard 2-pin or 4-pin DC power connector, high-power mobile units require heavier wire gauges to support maximum transmit current without overheating or dropping voltage during long transmissions.
Do I need a special cable to connect a Hytera repeater to a duplexer or power supply?
Yes, connecting repeaters to DC power sources, external duplexers, or secondary controllers requires specialized heavy-duty DC power cables and shielded RF/data interconnect cables designed specifically for continuous 100% duty-cycle operation.