Department: Front End Engineering
Reports To: BU Head
Location: Bengaluru
Employment Type: Full Time

Job Summary
The RTL Integration Engineer will be responsible for the integration of third-party ASA IP into the Camera
Serializer digital subsystem. The role requires strong expertise in RTL integration, digital design, clock-domain
crossing, interface adaptation, register and CSR methodology, and integration of digital and Analog/Mixed-Signal
IP blocks.
The engineer will work closely with Design, Architecture, PHY, Verification, and Analog/Mixed-Signal teams to
ensure that integrated IPs meet functional, timing, connectivity, quality, and safety requirements. The role will
involve ownership of IP integration activities from specification understanding through RTL implementation,
analysis, lint/CDC closure, subsystem integration, and final sign-off.

Key Skills & Responsibilities
- Authoring and owning 3rd party IP integration
Own the end-to-end integration of third-party IPs into the target digital subsystem. This includes understanding IP
specifications and interfaces, defining integration requirements, establishing connectivity between IP blocks,
resolving interface dependencies, and ensuring that the integrated IP functions correctly within the overall
subsystem architecture. The candidate should be comfortable taking ownership of integration issues and working
with IP vendors, architects, designers, and verification teams to resolve technical dependencies and integration
challenges.
- ASA-ML-T-22ULL PHY integration
Hands-on experience with ASA-ML-T-22ULL PHY integration is required. The candidate should be able to
understand the PHY interface and associated specifications and successfully integrate the PHY with the
surrounding digital logic. Responsibilities include managing digital-side connectivity, interface requirements,
configuration and control paths, and ensuring correct interaction between the PHY and the Camera Serializer
digital subsystem.
- Multi-domain CDC analysis
Perform Clock Domain Crossing (CDC) analysis across multiple clock domains within the subsystem. The
candidate should understand asynchronous clock-domain interactions, identify potential CDC violations, and work
on appropriate synchronization and data-transfer mechanisms. The role involves analyzing CDC reports,
debugging violations, coordinating with RTL/design teams, and driving CDC closure while maintaining functional
correctness and reliability of the integrated design.
- ASEP 8-port interface: 32-to-16-bit width adaptation, async FIFO design, STYPE
routing, SOP/EOP framing
Work on the ASEP 8-port interface, including 32-to-16-bit width adaptation, asynchronous FIFO design, STYPE
routing, and SOP/EOP framing. The candidate should be capable of designing and integrating the required RTL
logic for data-width conversion and asynchronous data movement while ensuring correct packet/frame handling.
The engineer will ensure that Start-of-Packet (SOP) and End-of-Packet (EOP) information is preserved correctly
and STYPE-based routing operates according to the relevant specification.
- APB/SOC slave bus bridge; register map ownership; RGGEN-based CSR
methodology
Own the design and integration of the APB/SoC slave bus bridge, including responsibility for the associated
register map. The candidate should have experience defining and implementing register interfaces, understanding
address maps, handling read/write transactions, and ensuring correct connectivity between the SoC bus and
integrated IP. Experience with RGGEN-based CSR methodology is required, including structured approaches for
generating and managing Control and Status Registers (CSRs).
- SystemVerilog (RTL and assertions), lint, linting closure, Cadence CDC tool
Strong hands-on experience with SystemVerilog for RTL development and assertions. The candidate should
be capable of writing clean, synthesizable RTL and using assertions to capture design intent and verify key
functional properties. Experience with Cadence HAL/SpyGlass linting, linting closure, and Cadence CDC tools is
required. The candidate should be comfortable analyzing reports, implementing fixes, and driving closure.
- Working knowledge of ASA-ML DLL, PCS, OAM, PTB, and ASEP layers; PHY
datasheet/spec fluency
Working knowledge of the ASA-ML DLL, PCS, OAM, PTB, and ASEP layers is expected. The candidate should
be comfortable reading and interpreting PHY datasheets and specifications, understanding interface behavior, and
translating protocol and PHY requirements into practical RTL integration activities.
- Co-simulations between Digital and Analog/Mixed-Signal IP blocks
Experience with co-simulation between Digital and Analog/Mixed-Signal IP blocks. The candidate should
understand the challenges involved in integrating digital logic with AMS components and participate in
co-simulation activities to validate interactions between digital and analog/mixed-signal portions of the design.
- MBIST/LBIST and redundancy
Experience or working knowledge of MBIST, LBIST, and redundancy mechanisms as part of the overall chip
integration and test strategy. The candidate should understand how memory and logic test mechanisms are
incorporated into the SoC and how these mechanisms interact with the overall digital architecture.
- Safety mechanism to make whole chip compliant to FuSa requirements
Work on the integration and implementation of safety mechanisms required to make the whole chip compliant
with Functional Safety (FuSa) requirements. The candidate should understand how safety requirements
translate into hardware design and integration requirements and collaborate with architecture, design, verification,
and safety teams to ensure required mechanisms are correctly implemented and integrated.

Qualification & Experience
- B.E / B.Tech / M.E / M.Tech
- 8 to 12 Years
Salary Range: 45 LPA to 60 LPA
Benefits: As per company policy
Travel Requirements: As per client requirement