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GPIBee USB & Ethernet to GPIB adapter — machined-aluminum housing with 24-pin IEEE-488 connector, USB-C, and RJ45 Ethernet

// xyphrolabs

XyphroLabs GPIBee

$350.00 SKU: BIN706
In Stock · Ships within 48 hours

USB-C and Ethernet to GPIB for legacy IEEE-488 instruments. Full VISA over open protocols, Power over Ethernet, and no proprietary drivers.

// coming soon to

Amazon Coming soon
Digi-Key Coming soon

Official XyphroLabs product. This is the genuine GPIBee from XyphroLabs, sold and supported in North America by Binho.

// description

Product Description.

The GPIBee connects legacy IEEE-488 (GPIB / HPIB / IEC-625) instruments to modern computers over USB-C and Ethernet, using open, non-proprietary Test & Measurement protocols. It is auto-discovered by your VISA resource manager, so oscilloscopes, multimeters, power supplies, and signal generators built decades ago work the way your test software already expects.

Instead of a proprietary protocol clone, the GPIBee speaks industry-standard VXI-11, USBTMC, and a Prologix-compatible ASCII protocol, plus the native Linux GPIB interface. It works out of the box with PyVISA, MATLAB, LabVIEW, GNU Octave, NI-VISA, Keysight IO Libraries, and R&S VISA on Windows, macOS, and Linux. No proprietary drivers to install.

Built on seven years of open-source USBGPIB heritage, the GPIBee adds galvanically isolated 10/100 Ethernet with 802.3af Power over Ethernet, 480 Mbps USB 2.0 High Speed, a browser-based console, and concurrent multi-session access, so several applications or PCs can share up to 15 instruments on one bus. Designed, assembled, and tested in Germany, and supported directly by its maker.

// key features

More than a USB-to-GPIB dongle.

// connectivity

USB-C and Ethernet.

  • USB-C (USB 2.0 High Speed, 480 Mbit/s)
  • 10/100 Ethernet, galvanically isolated
  • 802.3af Power over Ethernet, no power brick
  • Automatic USB / Ethernet switching

// open protocols

Open standards, not clones.

  • VXI-11 over USB and Ethernet
  • USBTMC (USB Test & Measurement Class)
  • Prologix-compatible ASCII protocol
  • Native Linux GPIB interface

// visa integration

Full VISA, auto-discovered.

  • NI-VISA, Keysight IO Libraries, R&S VISA
  • PyVISA, MATLAB, LabVIEW, GNU Octave
  • Auto-discovered by VISA resource managers
  • Any VISA-compatible software

// multi-session

Up to 15 instruments, shared.

  • Control up to 15 GPIB instruments at once
  • Concurrent sessions from multiple apps or PCs
  • GPIB primary addresses 0–30
  • Adjustable T1 delay (350 ns – 2 µs)

// web interface

Browser console built in.

  • Send GPIB commands from any browser
  • Desktop and mobile status monitoring
  • LXI, VXI-11, mDNS, and SSDP discovery
  • USB creates a private, isolated network

// build quality

Made in Germany.

  • CNC-machined, EMI-shielded aluminum housing
  • Galvanic isolation protects host and instruments
  • Field-updatable firmware via virtual USB drive
  • Actively maintained, direct manufacturer support

// web interface

Control it from your browser.

The GPIBee serves a built-in web console over USB or Ethernet. Send GPIB commands, read live status, copy the ready-to-paste VISA resource string, and check for firmware updates, all from any browser, desktop or mobile, with nothing to install.

The GPIBee web interface: a sidebar with Home, GPIB, Settings, and Manual, and a main panel showing firmware version, serial number, and the copyable VISA resource string

// console

Send GPIB commands

Type commands and watch responses stream back, live.

// visa string

One click to VISA

Copy the ready-to-paste resource string straight into your tool.

// status

Status at a glance

Firmware version, serial number, and network address up front.

// firmware

Updates & settings

Check for firmware updates and configure the adapter, no app needed.

// applications

Target Use-Cases.

  • Legacy Instrument Modernization
  • Automated Test Equipment (ATE)
  • Remote & Networked Test (Ethernet / PoE)
  • Laboratory Measurement Systems
  • Research & Development Testing
  • Production Test Benches
View quick start guide

// specifications

Technical specifications.

Host interfaces
USB-C (480 Mbit/s) + isolated 10/100 Ethernet
GPIB connector
24-pin IEEE-488 (HPIB, IEC-625)
Protocols
VXI-11, USBTMC, Prologix, Linux GPIB
VISA
NI, Keysight, R&S, PyVISA, MATLAB, LabVIEW
Operating systems
Windows, macOS, Linux
Power
USB 5 V or 802.3af PoE
Instruments
Up to 15, concurrent multi-session
Addressing
Primary 0–30, adjustable T1 delay
Discovery
LXI, VXI-11, mDNS, SSDP
Enclosure
CNC aluminum, EMI shielded
Firmware
Field-updatable via USB drive
Made in
Germany

// compatible instruments

Decades of instruments. Verified.

A partial list. The GPIBee works with any IEEE-488.2 compliant instrument.

Rohde & Schwarz

  • FSV Spectrum Analyzer
  • SMU200A Signal Generator
  • ZNB Vector Network Analyzer
  • RTO Oscilloscope Series

Keysight (Agilent/HP)

  • E3631A Power Supply
  • 34401A Multimeter
  • E4428C Signal Generator
  • E5071C Network Analyzer
  • DSO-X Series Oscilloscopes

Tektronix

  • TDS2000 Series Oscilloscopes
  • AFG3000 Function Generator
  • Keithley 2000 Multimeter
  • Keithley 2400 SourceMeter

Other Manufacturers

  • Gould Digital Oscilloscopes
  • Fluke Multimeters
  • And many more legacy instruments

// comparison

GPIBee vs. USBGpib V2.

Both are driverless USB-to-GPIB adapters. The GPIBee steps up with Ethernet and Power over Ethernet, VXI-11, a browser console, and concurrent access from multiple PCs.

Feature GPIBee USBGpib V2
USB connector USB-C USB-C
USB speed High Speed (480 Mbit/s) Full Speed (12 Mbit/s)
Ethernet port Built-in RJ45, with PoE
Private, isolated USB network
Works without proprietary drivers
Operating systems Windows, macOS, Linux Windows, macOS, Linux
Standard protocols VXI-11 (USB & Ethernet), USBTMC USBTMC
Prologix-compatible protocol
Configuration interface Web interface + SCPI SCPI commands only
GPIB console via web browser
Multiple devices, one controller Best-in-class via VXI-11 Possible, not easy to use
Concurrent access from multiple PCs
Service Request (SRQ)
Primary address range 0–30 1–30
Secondary address range 0–30 0–7
Adjustable controller address 0–30 Fixed at 0 (LinuxGPIB only)
T1 delay time Adjustable, 350 ns to 2 µs Fixed
Auto-discovery (LXI / mDNS / SSDP)

Bring your GPIB bench
onto the network.

Add the GPIBee to your test bench and control legacy instruments over USB or Ethernet, from any VISA tool.