Introduction

STi5262

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Doc ID 17219 Rev 1

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Introduction

The STi5262 is targeted at the latest Operator and CE manufacturer requirements for STBs

that use advanced SD decoding (H264/VC-1/MPEG2), and which conform to DVB, ISMA,

ATIS-IIF, SCTE, ATSC, ARIB, CEA, ITU, OpenCable and MSTV specifications.

The STi5262 provides a solution for operators to specify a range of low-cost, high

performance SD STBs including low-cost zappers, IP clients, interactive STBs, DVR

standalone and DVR server/home network-capable STBs, and with content delivery

possible using broadcast or broadband networks, or both (hybrid STBs).

The STi5262 offers current users of ST’s growing family of advanced decoding ICs

enhancements in performance and features, while reducing cost and time-to-market for the

next generation deployments.

Features

Benefits

Combines a configurable DVB-C/DVB-T

demodulator with STB decoding and display

functions.

This highly integrated SoC helps to reduce board

area and manufacturing cost, allowing low cost and

small size STBs to be designed for either DVB-C or

DVB-T networks.

ST40 applications CPU,

32K I cache, 32K D cache.

Superscalar performance from a single CPU core,

using standard tools and operating systems (Linux,

OS21).

STMicroelectronics’ video decoding system with

ST231 processor.

Decoding of advanced high definition standards for

MPEG2, H264, VC-1 broadcast, with the

performance and flexibility for web-based content

decoding such as Flash, DivX, MJPEG and Real.

Dual USB 2.0 hosts, optional e-SATA,

Ethernet MAC with MII/RMII and TMII,

PCI.

Extensive high speed connectivity for the widest

range of STB peripherals, such as Flash drives,

external HDDs, home network controllers (for

example MoCA, Wi-Fi), DOCSIS modem and so

on.

Low-power process, design and architecture.

Best-in-class, low-power standby mode, to meet

emerging energy standards for STBs. Dynamic

configuration of power to individual sub-systems

enables power-efficient active standby modes.

Advanced 2D graphics and display subsystem

which also supports 3D user interface effects

and 1080p60 display output.

Allows visually appealing user interfaces and video

rich navigation to be offered to consumers, while

high quality progressive output can be watched on

the latest high definition displays.