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DS90UB935-Q1
CSI-2-input FPD-Link III sensor serializer
Carries a camera's CSI-2 stream over FPD-Link III while returning control and synchronization over the back channel. Lane configuration is the key input constraint: four-lane operation reduces the per-lane ceiling to 632Mbps, so the two-lane 832Mbps limit cannot be multiplied by four. Serial-link clocking and image overhead need separate budgets.
5-second verdict
Key specifications
Orderable variants (OPNs)
The GPN is for selection; the full OPN is for ordering. These examples were observed on the verification date, not live stock. Variants may differ in package, temperature, gain/threshold and, for PMICs, NVM/sequencing. Distinguish TA from TJ in the exact datasheet.
| OPN | Package | Temperature | Note |
|---|---|---|---|
| DS90UB935TRHBRQ1 | VQFN (RHB) · 32 pin | -40 to +105°C (TI OPN listing; verify TA/TJ) | Verify exact OPN, temperature definition and revision; not a stock claim. |
| DS90UB935TRHBTQ1 | VQFN (RHB) · 32 pin | -40 to +105°C (TI OPN listing; verify TA/TJ) | Verify exact OPN, temperature definition and revision; not a stock claim. |
Official ordering page: https://www.ti.com/product/DS90UB935-Q1
Typical applications
FAQ
Does the 3Gbps headline guarantee a fixed line rate or image throughput?
No. The forward-transmitter section describes capability up to 4.16Gbps, but the encoded line rate depends on clocking and mode. Neither is the same as the 2.528Gbps combined CSI-2 input limit. Budget the selected clocks, framing overhead and receiver mode instead of using the headline as a rate guarantee.
Can four lanes receive 4 × 832Mbps?
No. 832Mbps per lane applies only to one or two data lanes. Four lanes are limited to 632Mbps each, totaling 2.528Gbps. The sensor output configuration must respect that lower per-lane limit.
How should I verify the DS90UB935-Q1 orderable?
The page lists 2 OPN examples from official material checked on 2026-11-06. Match package, function options and temperature definitions; obtain live price/stock from TI or authorized distributors.
Sources and verification
Related selection and design checks
NuAxi is an independent semiconductor market-intelligence platform and is not affiliated with Texas Instruments. Information is for selection reference only and is not a design, certification or procurement guarantee; verify against TI's official datasheet, ordering page and terms.