Laird DIN-5SNK 3G/HD-SDI 5-Channel DIN 1.0/2.3 Video Snake Cable
Best multi-channel snake for professional broadcast video routing.
Streamline your professional video patching with the Laird DIN-5SNK 50-foot video snake cable. Engineered for Broadcast HDTV SDI Routers and modern video gear, it features DIN 1.0/2.3 connectors compatible with leading manufacturers. This cable supports high-definition 3G/HD-SDI video and digital audio signals, offering a robust 4.5 GHz bandwidth. Its thin, extra-flexible design ensures easy routing, while the precision 75-ohm impedance and low attenuation guarantee signal integrity. The durable, all-weather TPE/PVC jacket provides reliable protection in demanding environments.
$246.49
Owner Satisfaction
4.7
/ 5
Category Rank
333
/ 5745
#333 in Audio & Video Cables
Price vs Category Average
-55%
Below average
Cable Length
50
/ Foot
Who it's for
- Broadcast professionals needing reliable high-bandwidth signal transmission
- Engineers maximizing port density in compact rack environments
- Production crews seeking faster setup and organized cable management
Who should skip it
- Budget-conscious studios requiring cost-effective cabling solutions
- Users relying exclusively on standard BNC-based hardware
- Field technicians needing highly flexible or easily repairable cables
Performance breakdown
Signal Integrity
Precision 75-ohm impedance ensures reliable transmission for high-definition broadcast signals.
Cable Flexibility
Extra-flexible design makes routing through tight equipment racks effortless.
Shielding Effectiveness
Dual-layer foil and braid shielding minimizes interference in dense studio environments.
Durability
All-weather TPE/PVC jacket provides robust protection against demanding field conditions.
Bandwidth Capacity
Supports 4.5 GHz bandwidth, comfortably handling 3G/HD-SDI video requirements.
Patching Efficiency
Low-profile DIN connectors streamline organization in high-density router setups.
Key Specs
Cable Length
50 Foot
Connectors
DIN 1.0/2.3 on both ends
Impedance
75 Ohm
Bandwidth
4.5 GHz
Gauge
23 AWG
Shielding
95% TC Braid, 100% Foil
Jacket Material
All-Weather TPE/PVC
Warranty
Limited Lifetime
Features
- Supports 3G/HD-SDI video and digital audio
- Thin, low-profile, and extra-flexible design
- Precision 75 ohm impedance maintained
- Low attenuation and return loss performance
- Designed for organized router patching
- All-weather TPE/PVC jacket protection
- High 4.5 GHz bandwidth capability
- Full copper braid and foil shielding
What customers say
Professional users highly value the Laird DIN 5SNK cable for its superior space saving design and excellent signal integrity. The compact DIN 1.0/2.3 connectors enable significantly higher port density in crowded racks and mobile units, a key advantage for mission critical broadcast work. While the specialized connectors require careful handling, the overall build quality is consistently praised as robust and durable. Engineers accept the premium cost as a necessary investment for guaranteed uptime and reliable 3G/HD-SDI performance in demanding environments. This specialized cable is regarded as a top tier tool perfectly suited for its niche.
Know before you buy
This cable is specifically engineered for professional broadcast environments, particularly for patching HDTV SDI routers and modern video equipment that utilizes DIN 1.0/2.3 connections.
Yes. The cable is built with precision 75-ohm impedance and high-quality shielding to ensure low attenuation and minimal return loss, maintaining signal integrity for 3G/HD-SDI video and digital audio.
Absolutely. It features a thin, low-profile design that is extra-flexible, making it much easier to route through crowded equipment racks compared to thicker, standard coaxial cables.
Yes, the cable is encased in a durable, all-weather TPE/PVC jacket that provides robust protection against environmental wear and tear in demanding production settings.
This cable is rated for 3G/HD-SDI signals with a 4.5 GHz bandwidth. While it is perfect for 1080p and 720p HD workflows, it is not intended for higher-bandwidth 4K or 12G-SDI applications.
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