Application Brief
QorIQ P2040/P2041,
P3 and P5 Series
High-performance
multicore processors
freescale.com/QorIQ
Title here
Secondary Title here
QorIQ Communications Platform:
Scalable Processing Performance
Ideal for networking infrastructure,
telecom, industrial control, storage, control
plane, aerospace/defense and test and
measurement applications, Freescale
QorIQ communications platforms are the
next-generation evolution of our leading
PowerQUICC communications processors.
Based on high-performance e500mc and
e5500 cores built on Power Architecture
®
The new QorIQ P2040/P2041 and P3041
processors expand the reach of the
Freescale P4 platform into lower power
applications. Manufactured in 45 nm silicon-
on-insulator process technology, these
processors offer optimal integration and new
intellectual property that delivers improved
functionality for end products. The P2040/
P2041 and P3041 processors integrate four
e500mc cores based on Power Architecture
technology running up to 1.5 GHz within 12
watts, and deliver about 2.5 DMIPS/MHz. Key
features include a three-level cache hierarchy
for optimized latencies, a hardware hypervisor
for robust support of multiple operating
systems within the device, a trusted boot
architecture to ensure code is not tampered
with or reverse engineered and efficient data
path handling in the form of the Data Path
Acceleration Architecture (DPAA).
The P5 family of processors offers our
highest single-threaded performance for
next-generation embedded control plane
applications. With frequencies scaling to
2.4 GHz, the P5040 delivers an impressive
28,800 DMIPs in 25 watts typical power.
The 64-bit e5500 core enables customers to
address up to 64 GB of flat memory space,
eliminating the 4 GB memory limitation in
32-bit architecture, and provides customers
with 64-bit capabilities that are important in
computational intensive applications such
as image processing, security and statistical
computing. The P5 devices are capable of pin
compatibility with each other and also with the
P4 and P3 devices. This enables seamless
roadmap scaling from mid-range quad cores
to high-end octals to high-end duals.
Manufactured in 45 nm process technology,
the P5040, P5021, P5020 and P5010 devices
integrate a RAID 5/6 engine to accelerate
parity calculations for storage applications,
making it ideal for enterprise storage area
networks (SAN) and enterprise network
attached storage (NAS) solutions.
technology, QorIQ platforms enable a new era
of networking innovation that meets reliability,
security and quality-of-service needs for the
most demanding networking and industrial
applications.
We have expanded the performance range
of the QorIQ communications processor
product lines with the introduction of the
quad-core QorIQ P2040/P2041 and P3
platforms, and the 64-bit QorIQ P5 platform.
These processors deliver unprecedented
performance power for a wide variety of
applications.
freescale.com/QorIQ
2
Application Brief
The P5020, P3041, P2040 and P2041 all
support Serial RapidIO (V1.3 + 2.1) for higher
bandwidth and a message manager to support
Type 9 (data streaming) and improved Type
11 (messaging) transactions. The P5 and P3
families and the P204x support integrated
serial advanced technology attachment (SATA)
2.0, PCI-E Gen 2 controllers, 10 Gigabit
Ethernet, 1 Gigabit Ethernet with support
for 1.0 and 2.5 Gb/s SGMII and two USB
2.0 with integrated PHYs to provide a highly
integrated, high-performance processor ideal
for networking, industrial and data center
applications.
The QorIQ P2041 and P2040 processors are
similar to the P3041 but have a lower cost,
power, performance and functionality. These
devices are pin compatible.
The DPAA is common across this product
line, as well as some members of the P1
family (such as the P1023 and P1027). As a
result, products in all five levels of the QorIQ
family are software compatible, enabling easy
migration across a range of applications,
scaling from consumer pizza boxes to core
routers.
Application-specific
accelerators
64-bit e5500 core
Dual SATA
P2040/P2041, P3041 Key Features and Benefits
Key Features
Four high-performance
cores
High-performance
acceleration
Trust architecture
Flexible SerDes
configuration
Serial RapidIO
improvements
Benefits
• upports flexible allocation of resources to control and data
S
plane, with hypervisor enabling robust AMP implementation
• Up to 1.5 GHz cores enable high-performance control plane
• DPAA offloads CPU for upper layer functions
• Key to establishing a trusted secure system
• Prevents unauthorized code from being run on a system
• Key to clone prevention
• any options for multiplexing across PCIe, SGMII, 2.5 Gb/s
M
SGMII, XAUI, SRIO, SATA
• Supporting up to 5 GHz for high control and data throughput
• apidIO
®
message manager (RMan) allows packets (Type 9 and
R
11) to plug directly into DPAA for greater CPU offload
• oard cost savings by integrating high-capacity disk storage
B
interface
P5 Key Features and Benefits
Features
Benefits
• Up to 64 GB addressable memory space
• upports up to 2.2 GHz CPU frequency, capable of scaling up
S
to 2.4 GHZ
• ybrid 32-bit mode to support legacy software and transition to
H
64-bit architecture
• PAA offloads the cores from the need to perform common
D
packet-handling tasks
• AID5/6 calculates parity for network attached storage and
R
direct attached storage applications
• ptimum performance/power
O
• Integrated memory controllers
• AUI, SGMII, PCI Express, SATA and Aurora high-speed
X
interconnects
• ultiple 1 GigE and 10 GigE
M
• nables safe and autonomous operation of multiple individual
E
operating systems
• Facilitates resource sharing and partitioning
• ecure boot ensures that the system begins executing
S
trusted code
• Key to establishing a trusted secure system
• bility to supply from single-core to quad-core devices in
A
pin-compatible packages
• Future-proof” support by allowing today’s single core
“
applications to seamlessly scale to dual- and quad-core
support for subsequent generations
• llows applications to take advantage of 64-bit core
A
performance while maintaining critical power budgets
Intelligent integration
Hardware hypervisor
Trusted boot
Scalable processor
family
freescale.com/QorIQ
3
Application Brief
Networking
Many changes have occurred in the
networking infrastructure market over the last
few years—and many more are coming. In
recent years, major advances in information
communication technologies, combined
with the rapid growth of global networks
such as the Internet, have transformed
businesses and markets. The network is the
foundation of every IT infrastructure, and as
a result, many enterprises are now investing
in new business applications and services
that expand the use and reliability of the
network and play a critical role in day-to-day
operations, creating significant wealth and
economic growth worldwide. This growth
has been made possible by the combination
of dramatic increases in the power and
versatility of technologies, with significantly
reduced costs and creative application of
tools and networks in all aspects of the
economy and society. Claiming the number 1
position for wired and wireless markets with
over 300 million communications processors
shipped, Freescale is leading innovation in
Front Panel
Flash Code Upgrade
Integrated Access Router
Integrated Access Router (IAD)
Front Panel Accesss
GE
(IAD)
GE
SATA
Out-of-Band
Control Path
PCIe
Peripherals
USB
P3041
PCIe
PCIe
With Power Architecture technology-based
devices including PowerQUICC and QorIQ
communications platforms, our networking
portfolio is unmatched in breadth. Combined
with our enablement ecosystem and strategic
alliance partners, we can help you build full
system solutions in the pursuit of a smarter,
more connected world.
To meet demand for high-performance
and power-conscious applications while
providing a roadmap for the next-generation
networking embedded market, Freescale
provides—in its broad portfolio of industry-
leading QorIQ P2040/P2041, P3041 and
P5 series processors—excellent features for
networking applications, combining higher
CPU performance with hardware hypervisor
for robust virtualization support and DPAA,
while the PCI Express, DDR3/3L and SRIO
interfaces offer versatility and convenience.
Networking applications also enjoy the
benefits of dual SATA ports, providing high-
speed, cost-effective storage options for
statistics or large databases, and 2.5 Gb/s
SGMII Ethernet interfaces, enabling the
next step in performance connectivity
to switches.
freescale.com/QorIQ
2.5 Gb/s SGMII,
XAUI, PCIe
PCI Switch
24x GbE
GbE Switch
Freescale Technology
Applications
• Integrated access routers
• Enterprise switching
• Line cards combined control and data
plane
• Security gateways
• Universal threat management security
appliances
• SSL, IPSec, firewall
Market Features
• Dual SATA ports provide high-speed, cost-
effective storage options for statistics or
large databases
• Hypervisor support for safe partitioning of
control and data plane
• 2.5 Gb/s Ethernet enables the next step in
performance connectivity to switches
• Efficient core means less processing
power is required
• SEC and PME for value-added services
• Broad range of third-party embedded OS
supported
• Trusted boot for IP protection
• PCI Express interfaces enable multiple
flexible I/O options
• Long product life cycles
4
Backplane
Data Path
next-generation networking infrastructure.
PCIe
Application Brief
Storage
The rapid expansion of high-performance
information processing and transmission
among millions of applications has fueled
the growth of the storage market. As well as
supporting a brisk growth rate, the storage
market is continually diversifying to serve
emerging markets. Market drivers include:
• Rapidly increasing volumes of business
data that need secure storage, including
email, web content, video and other
e-business material
• Disaster recovery from power outages,
fires and severe natural calamities
• Government regulations, such as
notification and retention policies
• Explosive growth in sophisticated
home information, communication and
entertainment systems
• Increased downloads of personal and
premium content within the home network
Freescale supplies embedded processor
solutions to address the integrated
performance needs in three storage market
areas: SAN, NAS and digital media server.
These solutions range from high-performance
host processors to cost-optimized SoC
architectures with integrated redundant array
of independent drives (RAID), engines and
SATA interfaces.
Servicing enterprise and small/medium
business markets, SAN systems require
high-performance processors with high I/O
bandwidth and increased PCIe performance.
The host processor controls data movement
from the network to RAID ASICs, TCP/
IP or ISCSI protocol offload and provides
virtualization support and management
control. The P5 family of processors offer a
RAID 5/6 accelerator for use in SAN and NAS.
The RAID 5/6 accelerator performs the parity
calculation using a configurable Galois field
polynomial and supports a data integrity field,
making it ideal for use in high-performance,
high-reliability storage applications.
Freescale Technology
GbE Management/Debug Ports
FC, FCoE, SAS or iSCSI
Host SAN
IOP
or
NIC
PCIe
PCIe
RAID 5/6
PCIe
PCIe
SAS
IOP
DPAA
SAN RAID Controller
SAN RAID Controller
P5020
e5500
e5500
PCIe
sRIO
sRIO or PCIe
Mirror Port
Applications
• AN
S
• Enterprise NAS
• Unified storage
Market Features
• RAID 5/6 accelerator
• Integrated dual SATA interface
• High-speed line rate GbE and 10 GbE
networking
• High-speed memory
• High levels of SoC integration
• DPAA
• Broad range of third-party embedded OS
supported
freescale.com/QorIQ
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