This Hosa STP-804 Snake Cable is a 13.2' (4 m) long cable with four TRS 1/4" male plugs on one end that split into eight 1/4" male plugs at the other end. Idela for use as a send/receive (insert) snake cable. Features Hosa's own molded plugs.

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Related Questions and Answers

Q: 1. Can the lens be also tilted when mounted on this bracket ?

A: Tilting is not possible with this bracket.

Q: 2. can you diagonally shift with this frame mount?

A: Unfortunately, this has not been tested to our knowledge.

Q: 3. Any chance this can be used on a Nikon full frame body with converter?

A: Short answer, no. Nikon DSLR body has a longer flange focal distance, aperture would remain fully open on lens (no aperture rings at lens) and metering would be compromised, not worth spending $2K on an excellent lens that you will not be able to utilize at 100% of its capabilities

Q: 4. Anyone have experience using this lens on an APS-C camera? Specifically, I have a 7Dmk2 that I would be using it on.

A: Yes, on a Canon Rebel. It's a longer lens than 24 mm (for a full frame sensor) but works fine.

Q: 5. Does this lens shoot astrophotography well? Anyone have examples ?

A: Not sure why you would need tilt shift for this. Its an architectural lens for correcting distortion of buildings and interiors.

Q: 6. i honestly thought the photoshop tilt-shift ever increasing capacities were going to kill interest for this type of lens. in other words what is this lens' killer feature that post prod wont replicate? thanks

A: T/S v.s. Software Why not start with applied scheimpflug on the pixel data initially? There is little chance a software algorithm could match the accuracy in all the spectrum densities, sharpness, and resolution. Comparing encoded density manipulation to "corrected" analog image is probably inappropriate, like apples and oranges. T/S pixels would better serve perspective, and depth of field . Selection of a wider aperture which the T/S affords will improve image sharpness thus gaining tighter resolution. Use of a wider aperture is a benefit in the application of the scheimpflug principle. The application of software manipulation cannot possibly match what the T/S lenses provide. This is not to say that imaging software does not have a place in imaging corrections or manipulations, it certainly does. It is important to remember the initial image with accurate instrument handling should always be the first step to produce an original image. This was true in the film days as it still is now in the digital age. I remember the old days of retouching and filtration printing. There is incredible software now to pick-up where one's great image starts, yet needs various corrections or expressive attributes for the final print. All we're dealing with is densities but the quality within each individual pixel is best captured in the ground glass.

Q: 7. voltage

A: Units shipped from North America ship with a 110V adaptor.

Q: 8. Is this lens better manufactured than its predecessor to resist dust and moisture?

A: Sorry, I never used the previous model so I can't speak to that.I use the lens for architectural work and dust and moisture are not a major issue.

Q: 9. I know the description specifically calls out the 105mm f/1.4, but is there any chance this fits the 150-600mm Contemporary zoom Sigma makes?

A: Unfortunately, it will not fit.

Q: 10. What is the area of light-gray tilt scale settings? In the manual it states: "f you use the tilt and shift functions on the TS-E24mm f/3.5L at the same time, only use them within the area of the light-gray tilt scale settings. Tilting the lens to other settings may cause vignetting."

A: Pardon the confusion; we have removed the appended manual as it was for the previous version of the TS-E 24mm f/3.5L II tilt-shift lens. Please see Canon's manual here while we work on updating our own. https://bit.ly/3Fdf9GQ