Part Number: DLP3310 Hi There,
I am developing a pico projector with a target resolution of 1920x1080 apparently. I read through DLP3310 introduction and specification. It indicates DLP3310 a FHD solution for compact projector. But, I found the mirror…
Hi Frank,
For your first query, please see this thread for the movement of TRP pixel and you can realize at on state the illumination is on DMD and in OFF state the illumination is on rear side of mirror. : e2e.ti.com/.../734578
For second query, you…
Part Number: DLP3310 Other Parts Discussed in Thread: DLPC6421 , DLPC3437 Hi,
I'm looking for a compact, high resolution and high frame rate optical engine that can be applied on next-gen AR headset, only suitable panel I found in DLP family is DLP3310…
Hi Bert,
Sorry for the delay. I have also sent you an E2E friend request. Please send me a private message after you accept this and we can continue this conversation via email.
Thanks,
Trevor
Part Number: DLP3310 Team,
I'd like to understand what the actual resolution is, a DLP3310 can display. The datasheet says it ' Displays Full-HD 1920 × 1080 Pixels on the Screen '. But the same datasheet also states that the actual DMD Active…
Part Number: DLP3310 I want to buy the DLP3310 for our AR glasses , but It is said that there is no DLP3310 in China, and if needed, it will be purchased in the United States.The more surprising thing is that when the inventory is sold out, there will…
Part Number: DLP3310 Other Parts Discussed in Thread: DLPC3437 , Hello, I read the advanced documentation regarding the new chipset comprising the DLP3310 and the DLPC3437. In order to evaluate if this chipset could meet our requirements, I would like…
Part Number: DLP3310 Tool/software: Linux I ordered some DLP3437 SOCs in Feb.2017 and requested the tool of DLP 3437 EVM, but I cound not still get any help so far.
Could you help me as soon as possible ?
Part Number: DLP3310 Hi, I am interested in a DMD (DLP3310) but find the datasheet a bit confusing. With a 5.4µm micromirror pitch and a 1080p resolution I don't understand how the diagonal size can be 8.38mm.
Could you help me understand…