omap1510 ETC-unknow, omap1510 Datasheet - Page 6

• Manufacturer Part Number: omap1510
• Description: Application Processor For 2.5 And 3g Wireless Devices
• Manufacturer: ETC-unknow

DSP Gateway
OMAP™ Software Architecture
to-market and covers all phases of
development, from editing and
building to debugging, code profil-
ing and project management.
Code Composer Studio includes a
full compiler, simulator and
debugger for the OMAP1510. The
Visual Project Management sys-
tem allows visualization, access
and manipulation of all project
files from the same window. Code
Composer Studio also supports
the development of systems
with multiple processors using
the Parallel Debug Manager
(PDM). DSP/BIOS™, also part
of eXpressDSP, is a scalable,
real-time kernel for the C55x DSP
core that provides a standard
software base that reduces cost,
risk and development time.
Common run-time objects and
utilities such as I/O modules, a
fast preemptive scheduler and
APIs for capturing real-time infor-
Windows
Host OS
(EPOC/
CE)
DSP/BIOS Bridge API
Applications
TI-Enhanced ARM™ 925 Core
®
Video
DSP Manager
Link Driver
Web
MM API
mation are included to get prod-
ucts to the market faster. OMAP
supports multiple OSs on the DSP
including TI’s DSP/BIOS and
OSE™, from Enea OSE systems.
OMAP1510 Software Applications
Platform
The OMAP1510 includes an
open software architecture that
supports fast application develop-
ment and provides the ability
to dynamically download applica-
tions and application upgrades.
The DSP/BIOS™ Bridge provides
the communications between the
applications on the TI-enhanced
ARM 925 and algorithms on the
C55x DSP core. The DSP/BIOS
Bridge API allows developers to
initiate and control tasks on the
DSP, exchange messages with the
DSP, stream data to and from the
DSP and perform status queries.
In this environment, the applica-
Speech
DSP/BIOS™ Bridge
Data Streams
Framework
Protocol
Media
6
Video
Real-Time Tasks
DSP Manager
Link Driver
TMS320C55x™ DSP Core
Server
Audio
tion developer calls localized DSP
gateway components to perform
different functions like video,
audio and speech. Thus, high-
level application developers do
not need to be knowledgeable
about using the DSP or DSP/BIOS
Bridge API to successfully intro-
duce new applications. Once an
application has been developed
using this standard API, it will be
compatible with future wireless
appliances based on the OMAP
platform.
supports Microsoft Windows CE
and Symbian EPOC operating
systems. Other operating systems
are planned for the OMAP plat-
form in the near future. TI is also
investing in technologies, such as
JAVA™, which will allow a larger
software developer base.
The OMAP platform currently
DSP/BIOS Bridge API
Speech
DSP/OS
(BIOSII/
OSE)