Part Number: LMH1208 Dears
My customer is wondering if this device have a EVM or simulation model? which can make customer have some pre evaluation.
Thanks
Jun Shen
Part Number: LMH1208 Other Parts Discussed in Thread: LMH0318 , , LMH0303 Hello,
Customer wants to know if LMH1208 and LMH0318 can support MADI at 125Mb/s input exactly?
Could you let me know if these 2 parts can support?
Regards,
Nicky
Hi Gareth,
We have three options:
1). LMH0307: This has the same functionality as GS2988.
2).There is also LMH0397 and LMH0318. These parts have the same functionality and more(integrated retimer).
3). Lastly, there is LMH1208: This part is 2.5V supply…
Part Number: LMH1297 Hello,
My customer was hoping this part was an all-in-one package that would handle both SDI IN and SDI OUT at the same time.
Looking at the datasheet, the EQ/CD pin determines which direction the data is moving. So to receive data…
Part Number: LMH0307 Other Parts Discussed in Thread: LMH1219 , LMH1228 , LMH1208 Hi Team,
We would like to ask your help regarding the customer's inquiry below,
I have plan make a SDI splitter 1x2. I choose LMH1219 as adaptive equalizer and LMH0307…
Part Number: LMH1228 Other Parts Discussed in Thread: LMH1208 , LMH1228 and LMH1208 Programming Guide (SNAU206)
Looking for link to download SNAU206. Have tried those already listed. Is there a link for document approval to download?
Part Number: LMH1219 Other Parts Discussed in Thread: LMH1208 , Hello,
I am working on a 12G SDI interface in which I am combining LMH1219 and LMH1208 to relay the incoming SDI signal. Currently the lock indicator on lmh1219 is ON and the signal detect indicator…
Hi Ryan,
Based on email you sent earlier today, we think this could be due to the fact you are using LMH1208 device versus in our measurement we are using LMH1228 device.
Regards,,nasser
Hi Kami,
Yes, with the LMH0318, it is possible to use both OUT0+ and OUT0- polarities to route to separate 75-Ohm cables.
OUT1+ and OUT1- should only be used for 100-Ohm differential media, such as differential PCB traces or SFP+ copper attachments.
…
