Freescale Semiconductor MPC830x PowerQUICC II Pro Processor Evaluation Kit MPC8306-KIT MPC8306-KIT 数据表
产品代码
MPC8306-KIT
Power Architecture
®
technology, which includes
16 KB of L1 instruction and data caches, dual
integer units and on-chip memory management
units (MMUs).
integer units and on-chip memory management
units (MMUs).
QUICC Engine Technology
A communications complex, based on
QUICC Engine technology, forms the heart
of the networking capability of the MPC830x
portfolio. The QUICC Engine block contains
several peripheral controllers and a 32-bit
RISC controller. Protocol support is provided
by the main workhorses of the device—the
unified communication controllers (UCCs).
Each of the five UCCs can support a variety
of communication protocols, including 10/100
Mbps Ethernet and high-level data link
control (HDLC). Two of the UCCs can also
support IEEE
QUICC Engine technology, forms the heart
of the networking capability of the MPC830x
portfolio. The QUICC Engine block contains
several peripheral controllers and a 32-bit
RISC controller. Protocol support is provided
by the main workhorses of the device—the
unified communication controllers (UCCs).
Each of the five UCCs can support a variety
of communication protocols, including 10/100
Mbps Ethernet and high-level data link
control (HDLC). Two of the UCCs can also
support IEEE
®
1588 version-2 time stamping
(MPC8306 configuration only).
System Interface Unit
The MPC8306S and MPC8306 processors
also include a 16-bit double data rate (DDR2)
memory controller, 4 x UARTs, High-Speed
also include a 16-bit double data rate (DDR2)
memory controller, 4 x UARTs, High-Speed
USB 2.0 controller, a 16-bit local bus and two
direct memory access (DMA) channels. In
addition, the MPC8306 also features 4 x CAN
and an enhanced SDHC controller.
direct memory access (DMA) channels. In
addition, the MPC8306 also features 4 x CAN
and an enhanced SDHC controller.
In summary, the MPC8306S and MPC8306
devices provide users with a highly integrated,
fully programmable communications
processor for use in many networking and
industrial control applications. This helps
ensure that a cost-effective system solution
can be quickly developed and will offer
flexibility to accommodate new standards
and evolving system requirements.
devices provide users with a highly integrated,
fully programmable communications
processor for use in many networking and
industrial control applications. This helps
ensure that a cost-effective system solution
can be quickly developed and will offer
flexibility to accommodate new standards
and evolving system requirements.
Typical Applications
• I/O card for low-end base station
• Factory automation
• Industrial control
• Test and measurement equipment
• Factory automation
• Industrial control
• Test and measurement equipment
MPC8306/S Features
• High-performance, low-power and cost-
effective communications processor
• The e300 core, built on Power Architecture
technology, with dual integer units enables
more efficient operations to be conducted
in parallel, resulting in a significant
performance improvement
more efficient operations to be conducted
in parallel, resulting in a significant
performance improvement
• The single-RISC QUICC Engine
communications module offers a future-
proof solution for next-generation designs
by supporting programmable protocol
termination and network interface
termination to meet evolving protocol
standards
proof solution for next-generation designs
by supporting programmable protocol
termination and network interface
termination to meet evolving protocol
standards
• DDR2 memory controller—one 16-bit
interface up to 266 MHz
• Peripheral interfaces such as 16-bit, 66
MHz local bus interface and High-Speed
USB 2.0, 4 x CAN, 4 x UARTs, enhanced
SDHC controller
USB 2.0, 4 x CAN, 4 x UARTs, enhanced
SDHC controller
Integrated Communications Processors
MPC8306 and MPC8306S
PowerQUICC II Pro Processors
Overview
The MPC8306 and MPC8306S processors
are part of the ultra low-end MPC830x
communications processor portfolio based
on the e300 core architecture. They address
the requirements of networking applications,
including I/O cards for low-end base stations,
residential gateways, modem/routers,
industrial control, factory automation and test
and measurement applications. The MPC830x
portfolio extends current PowerQUICC
offerings, providing similar DMIPS/MHz in
CPU performance, additional functionality
and faster interfaces while maintaining
code compatibility with PowerQUICC I
and PowerQUICC II processors. MPC830x
processors also provide competitive pricing,
low power consumption, compact board
footprint and a time to market advantage
through cost-effective evaluation kits with
optimized BSP and drivers.
are part of the ultra low-end MPC830x
communications processor portfolio based
on the e300 core architecture. They address
the requirements of networking applications,
including I/O cards for low-end base stations,
residential gateways, modem/routers,
industrial control, factory automation and test
and measurement applications. The MPC830x
portfolio extends current PowerQUICC
offerings, providing similar DMIPS/MHz in
CPU performance, additional functionality
and faster interfaces while maintaining
code compatibility with PowerQUICC I
and PowerQUICC II processors. MPC830x
processors also provide competitive pricing,
low power consumption, compact board
footprint and a time to market advantage
through cost-effective evaluation kits with
optimized BSP and drivers.
Core Complex
The MPC8306 and MPC8306S incorporate
the e300c3 (MPC603e-based) core, built on
the e300c3 (MPC603e-based) core, built on
MPC8306/S Block Diagram
16-bit DDR2
Controller
e300 Core
Complex
Local Bus
16 KB
D-Cache
16 KB
I-Cache
2 x DUART
I
2
C
Timers
SPI
GPIO
Interrupt Controller
Or
8-bit GPIO
QUICC Engine
Coherent System Bus
Up to
3 x RMII/MII
or
2 x with
IEEE
®
1588
2 x HDLC
/TDM
Accelerators
I/O
only in MPC8306
Core
USB
2.0
4 x
CAN
8-bit
eSDHC
8-bit