Bolton Technical
Bolton Technical 2 in 1 Accessory 12G 6G SDI Micro BNC to BNC 15cm
Connects HD Micro BNC devices to standard BNC with 12G-SDI 75 Ohm cable supporting 4K at 2160p60 in a 15cm length
- 4K 12G-SDI support for broadcast monitors and cameras
- HD Micro BNC to standard BNC adapter with bayonet locking
- 75 Ohm coaxial cable ensures low-loss video transmission
- 15 cm length suits tight rack or rig setups
- Compatible with Blackmagic Video Assist 5" and Micro Studio Camera 4K G2
Compact SDI adapter for broadcast gear
This 15 cm adapter converts a male Micro BNC connector to a standard female BNC jack. It is built for 12G, 6G, 3G, HD and SD-SDI signals and uses 75 Ohm construction throughout. The short length keeps cable runs tidy on camera rigs or monitor mounts.
Micro BNC to full-size BNC conversion
The high-density Micro BNC plug is roughly 50 % smaller than a regular BNC yet retains the same bayonet lock. It connects Blackmagic Video Assist 5 inch monitors, Micro Studio Camera 4K G2 bodies and ATEM switchers to conventional BNC patch panels or cables. The 75 Ohm coaxial cable supports 2160p at 60 fps, 2160p at 50 fps, 2160p at 30 fps, 1080p at 60 fps, 1080p at 50 fps and 1080p at 30 fps.
Suits broadcast crews needing dense connectivity
Ideal for mobile broadcast trucks, CCTV installs and digital audio routers where four times the connector density of standard BNC is required. Not suited for runs longer than 15 cm, for DIN 1.0/2.3 interfaces or for applications needing a male-to-male or female-to-female gender arrangement.
Highlights
- 4K 12G-SDI support for broadcast monitors and cameras
- HD Micro BNC to standard BNC adapter with bayonet locking
- 75 Ohm coaxial cable ensures low-loss video transmission
- 15 cm length suits tight rack or rig setups
- Compatible with Blackmagic Video Assist 5" and Micro Studio Camera 4K G2
Specifications
No published specifications for this item yet.
Questions about this item
Will the 75 Ohm 12G cable need replacement if I upgrade to higher frame-rate 4K gear?
The adapter carries 2160p60 and lower SDI formats; it will keep working as long as your devices stay within those rates and the connectors remain undamaged.
What signal-quality limit appears first on a 15 cm run at 12 Gbps?
At 15 cm the 75 Ohm 12G cable keeps loss well below the SMPTE eye-mask threshold, so connector mating cycles and physical wear become the practical limit before attenuation does.
Does the adapter get warm or draw extra power during all-day 2160p60 use?
It is a passive coaxial link with no active electronics, so it generates no measurable heat and draws no power of its own.
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