This is a three-pack of 6', 36 AWG C2G Ultra Flexible High Speed HDMI Cables, which support video resolutions up to DCI 4K (4096 x 2160) at 60 Hz with a 4:4:4 sampling rate. Featuring low-profile connectors, these cables are a suitable choice for installations in tight spaces. The Ethernet capabilities of the cables allow for Ethernet-enabled HDMI devices to access interactive online content or update device firmware.

18 Gb/s Transfer Rate    36 AWG    Transmits up to DCI 4K at 60 Hz, 4:4:4    Supports Ethernet-Enabled HDMI Devices

Related Questions and Answers

Q: 1. Will this work on a Sennheiser shotgun mic?

A: Yes but the Sennheiser KA-600 BH #SEKA600 tends to be more popular for that.

Q: 2. Is there a way to add phantom power device to use my audio Technica shotgun mic that I used to use with a DAT recorder that had phantom power, but now all my cables do not work with 1/8in cameras or devices. Thanks for any advice?

A: A device such as the Denecke PS-1A Portable Single Channel 48V Phantom Power Supply (BH #DEPS1A) could be used in between a phantom-powered shotgun microphone and the Kopul LMT100 Low to High Impedance Matching Transformer for proper connection to 3.5mm camera inputs: https://bhpho.to/3rPrNa4

Q: 3. If a device supports sending phantom power out of its 3.5mm mic input, will this adapter/transformer pass the phantom power up the XLR cable to the mic?

A: We could not guarantee that 48v phantom power would pass properly through this type of adapter if being used with a balanced 3.5mm jack with phantom power output.

Q: 4. What are best MEMS binaural microphones to use with the Zoom F3?

A: A great binaural microphone pairing for the Zoom F3 2-Input / 2-Track Portable Field Recorder would be BH #DP4560OCBB00 DPA Microphones 4560 CORE Binaural Headset Microphone: https://bhpho.to/3NOWplz. This would need to be paired with DPA's Microdot to XLR Adapters (BH #DPDAD6001BC) for proper connection to the F3's inputs: https://bhpho.to/38nS6NH

Q: 5. Can I use this:Kopul LMT100 - Low to High Impedance Matching Transformer (1.5') to hook a microphone up to use with my iPhone6?

A: Although both the Kopul cable and iPhone both have 3.5mm jacks, these are not compatible. To connect a mic to an iPhone to a mic that has an XLR jack, you will need the LMT-100 and an additional adapter to connect to an iPhone such as the Mymyk connector cable. In addition the mic you connect must be dynamic, or battery powered. The phone will not provide any power to the mic.

Q: 6. Will it fit two Sennheiser avx?

A: Since the orientation of the XLR connection on the Sennheiser AVX receivers is adjustable, the dual XLR inputs of the Zoom F3 2-Input / 2-Track Portable Field Recorder should, in theory, be able to accommodate two receivers connected at once. We have not tested this scenario, however.

Q: 7. Will a whole chain become unbalanced if I use this transformer in the end of line? For instants, Shotgun mic 25' of xlr balanced cable this Kopul transformer regular 3.5 mini Jack input in DLSR. Or unbalanced will be only this short adapter cable in the end?

A: The terminal signal becomes unbalanced when using this Kopul adapter.

Q: 8. How fine are the level controls for the headphones: 1 dB steps, or larger? The magnification steps for each input are shown as exponential, e.g. 1x, 2x, 4x, 8x, etc. What does that translate into in dBs?

A: The headphone output of the Zoom F3 2-Input / 2-Track Portable Field Recorder is adjusted in 2dB increments.

Q: 9. Can it work stand alone, without a power cord or opt. lithium ion battery by an internal rechargeable battery?

A: The Brother QL-820NWB Professional Ultra Flexible Label Printer comes with a standard AC adapter in the box. You may purchase the rechargeable battery separately, (B&H # BRPABU001) if you wish to use the unit without the AC adapter.

Q: 10. What is the actual headphone out impedance? This listing says 200 Ohms, but the specs on Zoom's website says 15 Ohms.

A: The headphone output impedance of the Zoom F3 2-Input / 2-Track Portable Field Recorder is specified at is 15 ohms or less.