Talk:M-PHY

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Telecommunications

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Sentence needs rework

Expanded for clarity:

Options to extend its range could include

operation over a short flexible flat cable,

and M-PHY was designed to support optical media converters allowing extended distance between transmitters and receivers,

and reducing concerns with electromagnetic interference.

One of these things is anti-parallel.

Also, maybe just "reduce EMI"?

Finally, why "flexible"? Flexible invites kink, and kink is bad. — MaxEnt 21:36, 19 January 2023 (UTC)[reply]

Strong source

Here is a strong source I don't have the gas to work into the article.^[1]

References

^ Loberg, Chris (2 September 2014). "D-PHY, M-PHY & C-PHY? First Look at Testing MIPI's Latest PHY". eetimes.com. EE Times. Retrieved 19 January 2023. MIPI sees M-PHY as the high-performance PHY with speeds up to 5.8 Gbps while D-PHY is more for cameras and displays and lower-speed applications.

More about C-PHY:

In contrast, C-PHY uses a 3-pin architecture and an embedded clock. Each of the pin trios represents one lane with up to three lanes supported for a total of 9 pins. It also uses a new encoding scheme to increase the number of bits transmitted to approximately 2.28 bits per symbol. The projected data rate is 2.5 Gsymbols/s for an effective data rate of about 5.7 Gbits/s.

— MaxEnt 23:34, 19 January 2023 (UTC)[reply]

[Loberg2014-1] Loberg, Chris (2 September 2014). "D-PHY, M-PHY & C-PHY? First Look at Testing MIPI's Latest PHY". eetimes.com. EE Times. Retrieved 19 January 2023. MIPI sees M-PHY as the high-performance PHY with speeds up to 5.8 Gbps while D-PHY is more for cameras and displays and lower-speed applications.

[1]