RF Shielded Test Enclosure — Benchtop — JRE 2214
Low-profile enclosure with a 3.75" H x 20.5" W x 12.5" D interior and two field-changeable A-size I/O plates.
JRE 2214 specifications
- Inside dimensions
- 3.75" H x 20.5" W x 12.5" D (95 x 520 x 320 mm)
- Outside dimensions
- 5.25" H x 22" W x 14" D (135 x 560 x 355 mm)
- Isolation
- −100 dB DC to 1 GHz, −95 dB to 3 GHz, −85 dB to 6 GHz
- Weight
- 16 lbs 7.3 kg
- Shipping Weight
- 20 lbs 9.1 kg
- Shipping Dimensions
- 28" x 17" x 9", 710mm x 430mm x 230mm
- I/O Plates
- Dual universal I/O plate (2.75" x 6" / 70 x 150mm), JRE Test "A" size I/O plate
- RF Absorbing Foam
- LS-30, 3/4" (19 mm) thick, temperature rating 90°C, UL 94V-0 flammability rating
- Construction
- Rugged welded aluminum
- Hinges
- Heavy duty triple stainless steel friction hinges
JRE 2214 overview
Thin devices with long connector lists can consume bench space without needing a tall chamber. The JRE 2214 answers that mismatch with a wide, low-profile interior and two removable I/O plates for a dense interface layout.
- Interior: 3.75" H x 20.5" W x 12.5" D (95 x 520 x 320 mm) for boards and low-profile devices.
- Outside: 5.25" H x 22" W x 14" D (135 x 560 x 355 mm) for bench planning.
- Isolation: −100 dB DC to 1 GHz; −95 dB to 3 GHz; −85 dB to 6 GHz.
- Two field-changeable A-size I/O plates: 2.75" x 6" (70 x 150 mm) for high connector counts.
- Two honeycomb vents with an optional fan for additional cooling.
- 3/4" (19 mm) LS-30 foam reduces internal reflections around the test setup.
- Rugged welded aluminum body with triple stainless steel friction hinges for repeated bench use.
At $1,550.00, I would use the 2214 for low-profile work that needs two plates; it is in stock. It ships without RF connectors or interface filters, leaving the plate configuration to match the DUT. If the same low-profile, dual-plate idea fits but the footprint is more than you need, compare the JRE 1618.
Go deeper
Used in: 5G & Microwave · EMC Pre-Compliance
- Using an RF test chamber at 5G and microwave frequencies FR1 vs FR2, the wavelength-vs-gap physics, MW upgrade specs and the weakest-link lab data.
- Understanding antenna performance inside an enclosure Why gain, pattern and polarization don't apply in the near field — and why the BBA-1 is the safe choice.
- How to radiate signals using antennas Path-loss figures, gold-standard benchmarking, and enclosure-to-enclosure linking on the bench.
- The RF absorbing foam inside your test chamber Why the foam is the damper and not the shield — 40 dB per wall bounce, and why a bare box gives you unrepeatable readings.
Tell us what connections your device needs.
Tell us what connections you need to your device under test — USB, Ethernet, RS-232, RF connectors, etc. We'll spec it out with you. No cart, no checkout: you send an inquiry and we quote it.
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