Analog Devices Inc. ADV7610BBCZ-P-RL

Overview

ADV7610BBCZ-P-RL from Analog Devices is a low-power, single-input HDMI 1.4 receiver IC supporting up to 165 MHz TMDS clock frequency, HDCP 1.4 (non-HDCP variant), and 24-bit pixel output. It integrates HDMI equalization for up to 30 m cable lengths, CEC 1.4 controller, and programmable component processor for video scaling and color space conversion. Used in portable pico projectors and digital video cameras requiring compact, robust HDMI signal reception.

For engineers reviewing the ADV7610BBCZ-P-RL datasheet, ADV7610BBCZ-P-RL pinout, ADV7610BBCZ-P-RL application, or ADV7610BBCZ-P-RL equivalent, this page delivers verified technical context, exact pin functions, real-world timing constraints, power sequencing requirements, and validated alternative options for industrial embedded HDMI interface design.

Technical Context

The ADV7610BBCZ-P-RL implements a dedicated HDMI receiver front-end with integrated DPLL-based clock recovery, programmable equalizer for TMDS signal integrity, and HDCP 1.4 engine (disabled in -P variant). Its component processor supports any-to-any 3×3 color space conversion, STDI detection, free-run mode, and manual video controls including contrast, brightness, hue, and saturation.

It features dual interrupt outputs (INT1, INT2), two I²C control interfaces (main map @ 0x98/0x9A), and flexible 24-bit pixel output supporting SDR/DDR modes across YCbCr/RGB formats. Audio extraction includes four I²S streams (8-channel), S/PDIF, and DST, with advanced mute logic to suppress audio clicks during format transitions.

Key Specifications

Pinout & Package

ADV7610BBCZ-P-RL uses a 76-ball chip-scale package BGA (CSP_BGA, BC-76-1), 6 mm × 6 mm, RoHS-compliant, with 0.5 mm ball pitch and maximum height 1.40 mm. Ball grid follows JEDEC MO-225 standard (excluding height).

Key Features

Applications

Equivalent & Alternatives

The following parts are listed as comparable options for similar HDMI receiver applications.

Compared with ADV7610BBCZ-P-RL, ADV7611BBCZ-RL adds HDCP enforcement at identical footprint and power, while Si2242-A-EVB trades video processing depth and industrial qualification for lower cost and simpler layout - making ADV7610BBCZ-P-RL optimal for professional portable systems needing full feature set without encryption.

Availability

ADV7610BBCZ-P-RL is available at Aetrix Electronics and suitable for pico projector video interface, digital video camera output processing, industrial portable display controllers, and medical imaging HDMI capture modules requiring stable component supply across extended temperature ranges and long production lifecycles.

Supply support for ADV7610BBCZ-P-RL includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

Analog Devices is a global leader in high-performance analog, mixed-signal, and digital signal processing semiconductors, serving industrial, automotive, communications, and healthcare markets with precision signal chain solutions.

The ADV7610BBCZ-P-RL belongs to Analog Devices' professional HDMI receiver product line, designed specifically for industrial, medical, and portable embedded systems requiring robust, license-free HDMI signal acquisition and video preprocessing without HDCP constraints.

FAQ

What is the primary function of the ADV7610BBCZ-P-RL in an HDMI system?

The ADV7610BBCZ-P-RL serves as a single-input HDMI 1.4 receiver IC that recovers TMDS clock and data, performs video preprocessing (including color space conversion and sync regeneration), extracts embedded audio, and outputs formatted pixel data and timing signals. Unlike consumer variants, the -P suffix denotes non-HDCP operation, making ADV7610BBCZ-P-RL ideal for professional and industrial applications where encrypted content handling is unnecessary.

Does the ADV7610BBCZ-P-RL support HDCP, and what does the "-P" suffix indicate?

No, the ADV7610BBCZ-P-RL does not support HDCP. The "-P" suffix explicitly identifies it as the non-HDCP version - the HDCP engine and internal keys are disabled at silicon level. This eliminates licensing obligations and simplifies certification for industrial, medical, and commercial AV systems that process or route unencrypted HDMI streams, distinguishing ADV7610BBCZ-P-RL from the HDCP-enabled ADV7611BBCZ-RL.

What are the power supply requirements and sequencing rules for the ADV7610BBCZ-P-RL?

The ADV7610BBCZ-P-RL requires five independent supplies: DVDD (1.8 V), DVDDIO (3.3 V), PVDD (1.8 V), TVDD (3.3 V), and CVDD (1.8 V). Per the datasheet, the recommended power-up sequence is to assert all 3.3 V rails (DVDDIO, TVDD) before the 1.8 V rails (DVDD, PVDD, CVDD), with RESET held low until sequencing completes. Violating this may cause initialization failure or undefined register states in ADV7610BBCZ-P-RL.

Can the ADV7610BBCZ-P-RL drive a display directly, or does it require a companion transmitter?

The ADV7610BBCZ-P-RL is a receiver-only device and cannot drive a display directly. It outputs processed pixel data (P0–P23), timing signals (LLC, HS, VS, DE), and audio (I²S/S/PDIF), which must be interfaced to a display controller, FPGA, or HDMI transmitter IC (e.g., ADV7511) for final display output. Its DE signal is specifically designed for direct connection to such back-end ICs, confirming ADV7610BBCZ-P-RL's role as a front-end video acquisition component.

How does the ADV7610BBCZ-P-RL handle video signal loss or unstable HDMI input?

The ADV7610BBCZ-P-RL includes a free-run mode that generates stable LLC, HS, VS, and DE signals even when no valid HDMI input is present - essential for maintaining display timing during source switching or cable disconnection. Its synchronization regeneration block filters glitches from incoming sync signals, and TERC4 error detection identifies corrupted packets after cable disconnect, allowing ADV7610BBCZ-P-RL to trigger interrupts and initiate graceful recovery without system reset.