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INDUSTRIAL ROTARY DATA INTERFACESengineering@ethernetsliprings.com
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Data slip ringsHybrid configuratorReplacement reviewEMC guideRequest quote

SIGNAL-FIRST ROTARY CONNECTIONS

Ethernet slip rings.
Keep your data
moving.

Gigabit Ethernet, EtherCAT, USB 3.0 and video interfaces for machines that never stop rotating.

Compact capsule assemblies. Shielded RJ45 and M12 connectors. Power and data specified together.

Find your data interface Configure a hybrid →
1000Base-TUSB3 VisionPoE reviewNRD series
NRD-CAT6 / ROTARY DATA PATH ENGINEERING VIEW
Concept illustration of a compact Ethernet capsule with shielded data leads and separate power circuits
Interface concept illustration. Actual dimensions, pinout and ratings are configuration-specific.
100 ΩEthernet path target360°Continuous rotationRJ45 / M12Termination options
PROTOCOL-LED SELECTIONGigE VisionEtherCATPROFINETUSB3 VisionHDMI / SDIRF / FORJ

FIVE DATA INTERFACE FAMILIES

Choose by signal.
Then build around the machine.

Start with the data architecture. Add motor power, lighting circuits and the connector arrangement your integration needs.

NRD-CAT6
NRD-CAT6 rotary data interface concept illustration

Ethernet / GigE Vision

Gigabit Ethernet Slip Rings

100Base-TX / 1000Base-T

Shielded RJ45 / M12 X-coded
NRD-BUS
NRD-BUS rotary data interface concept illustration

PLC / Real-time fieldbus

EtherCAT & PROFINET Fieldbus Slip Rings

Protocol-specific validation

Protocol-matched RJ45 / M12 / leads
NRD-USB
NRD-USB rotary data interface concept illustration

USB3 Vision / Rotary cameras

USB 2.0, USB 3.0 & USB-C Slip Rings

USB 2.0 480 Mb/s / USB 3.0 5 Gb/s

USB Type-A / Type-C, locking options
NRD-VID
NRD-VID rotary data interface concept illustration

Broadcast / Optical gimbals

Camera, HDMI, DisplayPort & SDI Slip Rings

HDMI 2.0 / DisplayPort / 3G & 12G-SDI review

HDMI / DisplayPort / 75 Ω BNC
NRD-RF
NRD-RF rotary data interface concept illustration

Radar / Antenna / Optical data

RF Coaxial & Fiber Optic Hybrid Slip Rings

DC–18 GHz / 40 GHz review; optical link review

Band-rated SMA / 2.92 mm / N / BNC / optical

ROTATION CHANGES THE CHANNEL

A network cable needs more than electrical continuity.

CRC errors, dropped frames and PLC bus faults can follow impedance discontinuities, shielding gaps or power-circuit noise. A rotary Ethernet path needs a channel-level test plan.

Read the packet loss & EMC guide →
01

Match the signal path

Review Ethernet differential impedance, pair balance and the complete cable budget.

02

Define power separation

Specify motor current, shield termination and the actual servo drive environment.

03

Validate while rotating

Record speed, load, test duration and link counters with the real source and receiver.

GigE Vision & LiDAR

Camera payload, frame timing and uninterrupted mechanical rotation.

PLC & servo automation

Fieldbus cycle time, topology and power/data EMC integration.

Video & RF platforms

Exact video format, RF bandwidth or optical link budget.

START WITH THE SIGNAL PATH

What needs to cross your rotating interface?

Share the protocol, power circuits, connectors and operating speed.

Send your requirements

NetRingData Interconnect

Rotary connections for industrial data.
Define the channel. Validate the rotation.

engineering@ethernetsliprings.com

Data interfaces

Gigabit Ethernet Slip RingsEtherCAT & PROFINET Fieldbus Slip RingsUSB 2.0, USB 3.0 & USB-C Slip RingsCamera, HDMI, DisplayPort & SDI Slip RingsRF Coaxial & Fiber Optic Hybrid Slip Rings

Engineering

Power + data configuratorReplacement reviewPacket loss & EMC guideAbout NetRingRequest quote / test scope
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