HDMI 1.4 (and higher) Filtered Interface — JRE HDMI-1
Passive HDMI Type-A filtered interface with 80 dB conducted attenuation from 50 MHz to over 6 GHz; Type-A jumper included.
JRE HDMI-1 specifications
- Outside dimensions
- 2" H x 3.2" W x 0.8" D
- Isolation
- 80 dB conducted attenuation, 50 MHz to over 6 GHz
- Insertion Loss on Data lines
- less than 5 dB
- Isolation in test system configuration
- 80 dB
- Data Line Balanced Impedance
- 90 Ohms typical
- Low frequency lines
- 0.1 ohms DC resistance, −20 dB @ 1 MHz, −80 dB @ 10 MHz to 6 GHz
- HDMI Inside
- HDMI Type A Female connector
- HDMI Outside
- HDMI Type A Female connector
- Cable
- Type A Male to Male jumper cable included
- Power capability
- HDMI standard or up to 50 VDC at 1 amp. DC resistance each leg, 0.1 ohms max.
- Mounting screws
- 4-40, included with filter
- Clearance hole size
- 0.1285" diameter - #30 or 3.3mm drill
JRE HDMI-1 overview
The HDMI-1 is the interface to specify when an HDMI connection has to cross the wall of an RF test enclosure. Its fully passive design is housed in rugged machined aluminum. Check the cable budget before you settle the configuration.
- HDMI Type A Female connectors inside and outside; version 1.4 and higher, including HEC, ARC, CEC, and HEAC.
- Conducted attenuation: 80 dB from 50 MHz to over 6 GHz.
- Source, sink, filter, and connecting cables determine rate; the filter appears as roughly 2 m of HDMI cable.
- Use an active cable externally for higher-rate versions or longer runs.
- One Type A Male to Male jumper cable is included.
- Data lines: less than 5 dB insertion loss; 90 Ohms typical balanced impedance.
- Housing: 2" H x 3.2" W x 0.8" D (50 x 80 x 20 mm); included 4-40 screws.
- Clearance hole: 0.1285" diameter, using a #30 or 3.3mm drill.
At $480.00, the HDMI-1 gives you one HDMI path. If the plate needs two HDMI ports, compare the JRE HDMI-2 instead. Send the devices, HDMI version, and cable lengths with your quote request so we can check the complete link rather than treating the interface by itself.
Go deeper
Used in: High-Speed Data
- Understanding data signals through filtered I/O The three filtering approaches — capacitive, low-pass, signal-phasing — and when each one applies.
- USB-3 and USB-C special considerations Cable length vs. speed, active cables, and why the passive filter looks like ~1–1.5 m of cable.
- The effect of adding multiple I/O filters The weakest-link principle and the 3 dB-per-doubling rule for your system isolation budget.
- Interface & connector guide Match every connector and capacitance value to your signal type on the removable I/O plate.
I/O Interfaces nearest the JRE HDMI-1
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