Canare Ultra-High-Density 75-Ohm Micro BNC Component Series | 12G-SDI 4K UHD Broadcast Connectors | Crimp Plugs, PCB Receptacles, & Format Adapters
Product
Warranty
Support
Delivery
Key Features
Key Features
- 12G-SDI / 4K UHD Compliant
- Ultra-Compact High-Density Design
- Excellent Signal Integrity
- Gold-Plated Snap-Lock Contacts
- Durable Beryllium Copper Construction
- Multiple PCB Mounting Options
Features & Specifications
Product Overview +
Next-Generation Patch Density for Multi-Gigabit Broadcast Matrices
The Canare 75-Ohm Micro BNC Component series delivers an advanced, ultra-high-density connectivity solution, operating as a comprehensive miniaturized RF ecosystem engineered for high-frequency signal integrity, extreme panel space optimization, and uncompressed 4K video distribution within 12G-SDI master control rooms. As modern broadcast equipment packs more channels into smaller spaces, standard BNC jacks quickly become too bulky. By shrinking the connector diameter by half, this micro-profile line lets hardware manufacturers pack double the number of video I/O ports into the same rack real estate, making it the industry standard for wiring next-gen 12G routers, dense production switchers, and modular video SFP cages.
Gas-Tight Mechanical Terminations and Specialized Extraction Tooling
To prevent signal degradation from physical strain and temperature shifts, these plugs use a precision 3-piece crimp design. The copper shield layer is squeezed under high pressure using official Canare hand tools and matching die sets (such as the TCD-D253F), creating a permanent, gas-tight seal that shrugs off cable pulling. Because these ports are spaced tightly at a narrow $8\text{mm}$ to $12\text{mm}$ pitch, fingers cannot reach the locking collars. To solve this, technicians use slim mechanical extraction tools (like the BET-D/H or BET-HBCP) to easily unlock and slide out individual links deep inside crowded patch fields without disturbing adjacent lines.
Deep Component Selection & Mapping Breakdown
1. Straight 12G-SDI Crimp Plugs
Designed for clean, direct cable terminations across various precision broadcast coax sizes:
- HBCP-D25HDA (Fits Canare L-2.5CHD / Belden 1855A): Optimized for short, flexible rack jumpers and dense internal patching spaces down to an $8\text{mm}$ layout pitch.
- HBCP-D25HWA (Fits Canare L-2.5CHWS): Built with a flexible entry neck to match high-flex stranded cables used on moving camera setups and mobile floor lines.
- HBCP-D33UHDA (Fits Canare L-3.3CUHD): Engineered for mid-diameter 4K UHD distribution lines, balancing excellent flexibility with low signal loss.
- HBCP-D53A (Fits Canare L-4.5CHD / Belden 1694A): Tailored for standard-diameter infrastructure cables, maintaining pristine 12G performance up to an $8.5\text{mm}$ connection pitch.
- HBCP-D55UHD (Fits Canare L-5.5CUHD): Features a widened entry frame to accept thick, ultra-low-loss core trunks, extending the physical reach of high-frequency 12G links.
2. High-Density PCB Mount Receptacles
Direct-to-board chassis terminals for high-density hardware development:
- HBCJ-LRK (Right Angle): Standard low-profile elbow socket for sleek, horizontal board attachments.
- HBCJ-LRK/1 (Right Angle, Long Type): Features an extended neck height. Pairing this with the standard LRK creates a staggered layout, letting you stack rows vertically to save board space.
- HBCJ-FEMK (Edge Mount): Slides directly over the circuit board edge to transmit high-frequency signals inline with the board plane, minimizing trace reflections.
3. Inline & Format-Changing Adapters
High-performance interconnect barrels for expanding or converting lines:
- HBCJ-JRK (Micro Jack to Micro Jack): A threaded, panel-mountable double-female coupler used to link micro cables across bulkheads. Requires the NDT-HBC nut driver tool for secure tightening.
- BCJ-HBCJK (Standard BNC Jack to Micro BNC Jack): A solid format adapter that bridges standard-sized infrastructure cables with compact micro-panel inputs. Fully compatible with Canare IU-7/16 insulation bushings to stop unwanted ground loop interference.

