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SKU: KIL-N30

Kiloview 12G-SDI-NDI Bidirectional NDI Converter

R 31,227.10
Tax included Shipping calculated at checkout.

The category Kiloview 12G-SDI to NDI Bidirectional Converter describes two highly specialized hardware transceivers: the legacy Kiloview N30 and the current flagship Kiloview N50.

Both devices function as half-duplex transceivers, giving engineering crews the ability to software-toggle each unit between an Encoding Mode (converting high-bandwidth 4K 12G-SDI video into IP-based network NDI streams) and a Decoding Mode (pulling NDI assets out of the local network network and outputting baseband 12G-SDI to monitors or hardware production switchers).

Understanding the Two Generations: N30 vs. N50

1. The Legacy Standard: Kiloview N30

The N30 is a pocket-sized, no-frills converter that focusing exclusively on processing high-bandwidth Full NDI (SpeedHQ).

  • Compression Profile: Strictly uses SpeedHQ compression. It provides pristine, intra-frame video transmission but demands a massive continuous network bandwidth layout (~250Mbps for a single 4K stream).

  • Hardware Interface: Built using a simple cast-aluminum shell with basic multi-color LED indicators for connection status and a classic oversized Tally light wrapper.

  • Power Draw: Highly efficient 6-watt maximum consumption threshold, enabling wide-voltage operation over a 5V to 18V DC spectrum (via USB-C) or standard PoE.

2. The Current Flagship Platform: Kiloview N50

The N50 represents Kiloview’s advanced dual-chip hardware platform. It is a full-featured transceiver optimized for modern multi-codec and remote internet workflows.

  • Multi-Codec Versatility: Natively handles Full NDI, NDI|HX2, and NDI|HX3 alongside internet-friendly SRT (Secure Reliable Transport). This allows it to compress or read H.264 and H.265 (HEVC) streams.

  • On-Unit Interactive UI: Adds a physical 1.96-inch color LCD display accompanied by a clickable scrolling wheel called the Magic Rotor. Operators can adjust IP networks, select source names, and monitor live streaming diagnostics directly on the device chassis.

  • USB Host and Device Capabilities: Includes independent USB 3.0 Type-A and Type-C expansion ports. This lets you turn the unit into a driverless, plug-and-play USB webcam capture card (UVC) for a computer or hook up USB headsets for clear voice intercom lines.

Shared Hardware Technical Specifications Matrix

Feature Parameter Kiloview N30 Specifications Kiloview N50 Specifications
Physical Input Interface 1 × 12G-SDI (75 $\Omega$ BNC) 1 × 12G-SDI (75 $\Omega$ BNC)
Physical Output Interface 1 × 12G-SDI (Loop / Decoded Out) 1 × 12G-SDI (Loop / Decoded Out)
Max Image Resolution 3840 × 2160 at 60fps (4Kp60) 3840 × 2160 at 60fps (4Kp60)
Supported NDI Formats High-Bandwidth Full NDI Only Full NDI, NDI|HX2, NDI|HX3
Color Processing Profile YCbCr 4:2:2 8-bit pipeline YCbCr 4:2:2 10-bit HDR (NDI 6 compatible)
Network Link Hardware 1 × 1000Mbps RJ-45 Port 2 × 1000Mbps RJ-45 Interfaces
Power Distribution Options PoE (802.3af) or 5V-18V USB-C PoE+ (802.3at) or 12V DC Barrel
Max Network Latency Sub-frame latency (~30-50ms) Optimized end-to-end mode under 80ms
Integrated Audio Links 3.5mm TRRS Headset Interface 3.5mm Line In + Out / USB Audio Host
Local Storage Capabilities None 1 × MicroSD Slot (Supports up to 2TB)

💡 Operational System Tips for 12G-SDI NDI Transceivers

The 12G-SDI Baseband Cable Shielding Rule: When running 4K60 video over SDI, standard 3G-SDI or HD-SDI cables will fail or cause severe signal dropouts due to the massive 12 Gigabit data rate. Always ensure you are utilizing high-quality, continuous 75-Ohm 12G-SDI rated coaxial cables (such as Belden 1694A or 4794R) for your physical runs. Keep your physical cable lengths between the camera source and the converter within recommended engineering thresholds (typically under 50-60 meters for copper 12G) to maintain structural signal integrity before it hits the encoding matrix.

  • Deploying the USB Keypad Quick-Switch Station: If you are using either the N30 or N50 in decoding mode to drive a projector or client confidence monitor at an event, you can connect an inexpensive USB numeric keypad into the converter's expansion slot via a USB adapter. Map your network's primary NDI camera feeds to the 0–9 keys inside the web management portal. Once saved, your production team can shift the physical display output across 10 completely different cameras with a single keypress, creating a localized, lightweight hardware switching terminal.

  • Managing 4K Network Congestion: If you are running multiple 12G-SDI converters in High-Bandwidth Full NDI mode, keep a close eye on your network infrastructure budgets. Since a single 4K60 Full NDI stream continuously pulls roughly 250 Megabits per second, populating a multi-cam live shoot with just four of these converters encoding simultaneously will generate a constant 1 Gigabit per second load. This will completely saturate a standard 1GbE network switch uplink, leading to dropped video frames and severe artifacting. For multi-cam setups, ensure these converters route back to a core network switch utilizing high-capacity 10GbE SFP+ uplinks or switch the N50 over to NDI|HX3 HEVC mode to slash bandwidth usage in half.

Kiloview

Kiloview 12G-SDI-NDI Bidirectional NDI Converter

R 31,227.10

The category Kiloview 12G-SDI to NDI Bidirectional Converter describes two highly specialized hardware transceivers: the legacy Kiloview N30 and the current flagship Kiloview N50.

Both devices function as half-duplex transceivers, giving engineering crews the ability to software-toggle each unit between an Encoding Mode (converting high-bandwidth 4K 12G-SDI video into IP-based network NDI streams) and a Decoding Mode (pulling NDI assets out of the local network network and outputting baseband 12G-SDI to monitors or hardware production switchers).

Understanding the Two Generations: N30 vs. N50

1. The Legacy Standard: Kiloview N30

The N30 is a pocket-sized, no-frills converter that focusing exclusively on processing high-bandwidth Full NDI (SpeedHQ).

  • Compression Profile: Strictly uses SpeedHQ compression. It provides pristine, intra-frame video transmission but demands a massive continuous network bandwidth layout (~250Mbps for a single 4K stream).

  • Hardware Interface: Built using a simple cast-aluminum shell with basic multi-color LED indicators for connection status and a classic oversized Tally light wrapper.

  • Power Draw: Highly efficient 6-watt maximum consumption threshold, enabling wide-voltage operation over a 5V to 18V DC spectrum (via USB-C) or standard PoE.

2. The Current Flagship Platform: Kiloview N50

The N50 represents Kiloview’s advanced dual-chip hardware platform. It is a full-featured transceiver optimized for modern multi-codec and remote internet workflows.

  • Multi-Codec Versatility: Natively handles Full NDI, NDI|HX2, and NDI|HX3 alongside internet-friendly SRT (Secure Reliable Transport). This allows it to compress or read H.264 and H.265 (HEVC) streams.

  • On-Unit Interactive UI: Adds a physical 1.96-inch color LCD display accompanied by a clickable scrolling wheel called the Magic Rotor. Operators can adjust IP networks, select source names, and monitor live streaming diagnostics directly on the device chassis.

  • USB Host and Device Capabilities: Includes independent USB 3.0 Type-A and Type-C expansion ports. This lets you turn the unit into a driverless, plug-and-play USB webcam capture card (UVC) for a computer or hook up USB headsets for clear voice intercom lines.

Shared Hardware Technical Specifications Matrix

Feature Parameter Kiloview N30 Specifications Kiloview N50 Specifications
Physical Input Interface 1 × 12G-SDI (75 $\Omega$ BNC) 1 × 12G-SDI (75 $\Omega$ BNC)
Physical Output Interface 1 × 12G-SDI (Loop / Decoded Out) 1 × 12G-SDI (Loop / Decoded Out)
Max Image Resolution 3840 × 2160 at 60fps (4Kp60) 3840 × 2160 at 60fps (4Kp60)
Supported NDI Formats High-Bandwidth Full NDI Only Full NDI, NDI|HX2, NDI|HX3
Color Processing Profile YCbCr 4:2:2 8-bit pipeline YCbCr 4:2:2 10-bit HDR (NDI 6 compatible)
Network Link Hardware 1 × 1000Mbps RJ-45 Port 2 × 1000Mbps RJ-45 Interfaces
Power Distribution Options PoE (802.3af) or 5V-18V USB-C PoE+ (802.3at) or 12V DC Barrel
Max Network Latency Sub-frame latency (~30-50ms) Optimized end-to-end mode under 80ms
Integrated Audio Links 3.5mm TRRS Headset Interface 3.5mm Line In + Out / USB Audio Host
Local Storage Capabilities None 1 × MicroSD Slot (Supports up to 2TB)

💡 Operational System Tips for 12G-SDI NDI Transceivers

The 12G-SDI Baseband Cable Shielding Rule: When running 4K60 video over SDI, standard 3G-SDI or HD-SDI cables will fail or cause severe signal dropouts due to the massive 12 Gigabit data rate. Always ensure you are utilizing high-quality, continuous 75-Ohm 12G-SDI rated coaxial cables (such as Belden 1694A or 4794R) for your physical runs. Keep your physical cable lengths between the camera source and the converter within recommended engineering thresholds (typically under 50-60 meters for copper 12G) to maintain structural signal integrity before it hits the encoding matrix.

  • Deploying the USB Keypad Quick-Switch Station: If you are using either the N30 or N50 in decoding mode to drive a projector or client confidence monitor at an event, you can connect an inexpensive USB numeric keypad into the converter's expansion slot via a USB adapter. Map your network's primary NDI camera feeds to the 0–9 keys inside the web management portal. Once saved, your production team can shift the physical display output across 10 completely different cameras with a single keypress, creating a localized, lightweight hardware switching terminal.

  • Managing 4K Network Congestion: If you are running multiple 12G-SDI converters in High-Bandwidth Full NDI mode, keep a close eye on your network infrastructure budgets. Since a single 4K60 Full NDI stream continuously pulls roughly 250 Megabits per second, populating a multi-cam live shoot with just four of these converters encoding simultaneously will generate a constant 1 Gigabit per second load. This will completely saturate a standard 1GbE network switch uplink, leading to dropped video frames and severe artifacting. For multi-cam setups, ensure these converters route back to a core network switch utilizing high-capacity 10GbE SFP+ uplinks or switch the N50 over to NDI|HX3 HEVC mode to slash bandwidth usage in half.

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