2 | www.analog.com/processors
A
nalog Devices embedded architectures feature simple yet pow-
erful programming models and are supported by high quality
development tools.
Blackfin Processors
H
igh Performance, Low Power Processing
B
lackfin
®
P
rocessors embody a new breed of embedded proces-
sors designed specifically to meet the computational demands
and power constraints of today’s embedded audio, video, and
communications applications. Blackfin Processors deliver break-
through signal processing performance and power efficiency
with a RISC programming model. Blackfin Processors present
high performance, homogeneous software targets that allow
flexible resource allocation between hard real-time DSP tasks
and nonreal-time control tasks. System control tasks can often
run in the shadow of DSP and video tasks.
Blackfin Processors are ideal for:
• Portable and networked digital media appliances
• Consumer communications and networks
• Automotive telematics, safety driver assistant and infotainment
• Industrial, instrumentation, and medical
TigerSHARC Processors
Highest Performance Multiprocessor Systems
The TigerSHARC
®
Processor family offers the industry’s highest
performance per watt and per square inch of board space for the
most demanding signal and image processing applications. Its
patented link port technology allows glueless interprocessor
communication within arrays of two or more TigerSHARC
Processors, delivering unbounded performance in terms of
MMACs and MFLOPS.
Based on a 128-bit static superscalar architecture, TigerSHARC
Processors offer native support of fixed- and floating-point data
types and a balanced combination of computational perfor-
mance, I/O bandwidth, and memory integration. Together this
yields sustained DSP system-level per
formance that is two to
four times greater than conventional DSPs or microprocessors
with vector processing units.
By pr
oviding native suppor
t for 1-bit data formats used for chip-
rate processing, TigerSHARC Processors pioneer a new class of
software-defined radios and serve applications that were previously
the exclusive domain of expensive ASICs (application-specific
i
ntegrated circuits) and FPGAs (field-programmable gate arrays).
In addition, by moving to a software-centric design model,
TigerSHARC Processors allow IP reuse, which greatly enhances
R&D productivity throughout each successive product generation.
TigerSHARC Processors are ideal for:
• Wireless infrastructure WiMAX applications such as 802.16
a
nd other advanced standards (e.g., OFDM) base stations and
s
oftware-defined radios
•
Multiprocessing applications for medical imaging, industrial,
instrumentation, and military markets
SHARC Processors
Leadership in Premium Audio Applications
SHARC
®
Processors offer exceptionally high floating-point DSP
performance while integrating application-specific peripherals
and interfaces designed to minimize overall system costs. The
completely code-compatible family portfolio extends from
entry-level products that are priced under $10 to high-end
products providing 400 MHz/2.4 GFLOPS of signal processing
performance. The broad range of price and performance points
available in the SHARC Processor family makes its members
particularly well suited to applications ranging from consumer,
automotive, and professional audio to industrial and medical
applications.
All SHARC Processors are based on a 32-bit Super Harvard
Architecture that combines a high performance signal pro-
cessing core with sophisticated memory and I/O processing
subsystems. This balanced architecture enables unparalleled
performance while ensuring that sufficient memory and I/O
bandwidth are available for the most algorithmically challenging
applications. In addition to these hardware-centric efficiencies,
all SHARC Processors offer a very flexible algorithm development
environment by supporting a variety of fixed- and floating-point
data types.
SHARC Processors are ideal for:
• Home theater audio systems
• Professional audio systems
• Automotive audio systems
• Industrial and instrumentation equipment
•
Medical imaging
• Telephony
ADI Embedded Processors Portfolio
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