Product Overview:
Texas Instruments'DS90UB913QSQ/NOPB is a robust serializer that forms part of TI's FPD-Link III family, aimed at providing high-speed data communication channels primarily for automotive video applications. Designed to work seamlessly with complementary deserializers like the DS90UB914Q-Q1, it facilitates point-to-point bidirectional data transmission between host and remote systems.
Spot TI DS90UB913QSQ-NOPB
Key Features:
High-Speed Forward Channel: Supports up to 100 MHz pixel clock which translates into rapid serialization of video data streams.
Adaptive Equalization: Enhances signal integrity over long cable distances by compensating for lossy channel conditions.
Low Latency: Offers near-zero delay in data transmission critical for real-time video applications such as driver assistance systems.
Automotive AEC-Q100 Qualified: Ensures reliability under harsh automotive environments subjecting the device to stringent quality tests.
Technical Specifications:
Serial Data Rate: Up to 12 Gbps
Input Interface: Parallel LVCMOS/LVTTL compatible
Output Interface: FPD‑Link III CML (Current Mode Logic)
Applications:
This serializer can be used across various scenarios including:
Advanced Driver Assistance Systems (ADAS) where quick and reliable transfer of camera feeds are essential.
Infotainment and dashboard display connectivity requiring high-resolution support with minimal latency.
Rear-seat entertainment systems where consistent quality streaming contributes significantly towards user experience.
Competitive Advantages:
Compared with alternatives on the market:
The DS90UB913QSQ/NOPB supports higher bandwidths enabling more sophisticated multimedia streaming capabilities required in modern vehicles.
Its built-in adaptive equalization technology ensures superior performance even when faced with common challenges like cable aging or temperature variations affecting signal quality.
Backed by TI's reputation for innovation and support, users benefit from extensive documentation, customer service, and design resources easing integration efforts.
DS90UB913QSQ/NOPB Replace Model
The DS90UB913QSQ/NOPB is a Serializer from Texas Instruments, specifically designed for automotive applications as part of a SerDes (Serializer/Deserializer) pair. It's typically used in conjunction with the DS90UB914Q deserializer to enable high-speed forward-channel data transmission over a single differential link.
When looking for an alternative or replacement model within Texas Instruments' product line, one might consider the DS90UB933-Q1. This device is also part of TI's automotive SerDes portfolio and serves a similar function but comes with different specifications and features.
DS90UB913QSQ/NOPB
Function: Serializer
Data Rate: Up to 100 Mbps per lane
Channels: Single channel
Interface: FPD-Link III
Supply Voltage Range: 1.71V to 1.89V (I/O), 3.135V to 3.465V (Core)
This serializer is designed for use in high-reliability automotive applications such as camera sensor interfaces where robust data transmission is required over twisted-pair cabling.
Function: Serializer
Data Rate: Up to 100 Mbps per lane
Channels : Single channel
Interface: FPD‑Link III with bidirectional control channel support
Supply Voltage Range: Similar range, but always check specific sub-models
The DS90UB933-Q1 offers enhancements like adaptive equalization and diagnostics which can be beneficial depending on the application requirements.
Comparison:
While both devices serve similar basic functions as serializers in automotive camera systems, there are some differences that could make one more suitable than the other depending on your specific application needs:
— Data Rates: Both support up to around 100 Mbps data rates which should be sufficient for many current automotive camera applications.
— Channels: Each provides single-channel operation; however, you'd need to match them with their corresponding deserializers.
— Features: The newer models like the DS90UB933-Q1 may include additional features such as advanced diagnostics or improved EMI performance.
It’s important when selecting an alternative component not only to consider direct functional equivalence but also system-level compatibility including power supply requirements, pin configurations, software integration efforts if any), temperature ranges and package types among others).