NetComm_Software: NetComm Software Resources

Overview

This NCSW software is provided for historical reasons and is not considered suitable for new designs. NXP recommendation would be to use Linux instead of the NCSW

NetComm Software (NCSW) is a comprehensive package that supplies a variety of tools and software code to help develop networking solutions on supported PowerQUICC^® and QorIQ^® processor platforms.

NCSW provides both static (automatic configuration) and run time (initialization, drivers and monitoring) capabilities.
Accompanied with comprehensive documentation, NCSW is designed to help speed your development time in today’s challenging markets.

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Features

Customer-focused development
Object-oriented design
Experienced: Enabling NXP^® SoC for over 15 years
Widely accepted with hundreds of downloads per year
Used by all market segment leaders
Driving nearly all system and networking IP blocks of supported devices
Accurately optimized to underlying acceleration firmware
Single architecture, single API across all supported hardware
Easily scalable due to complete modularity
Highly portable to any major OS with completely OS agnostic code
Comprehensive documentation
Non GPL source code
Leading GUI-based configuration and runtime tools
CodeWarrior^® environment support

MoreLess

Features

Customer-focused development
Object-oriented design
Experienced: Enabling NXP^® SoC for over 15 years
Widely accepted with hundreds of downloads per year
Used by all market segment leaders
Driving nearly all system and networking IP blocks of supported devices
Accurately optimized to underlying acceleration firmware
Single architecture, single API across all supported hardware
Easily scalable due to complete modularity
Highly portable to any major OS with completely OS agnostic code
Comprehensive documentation
Non GPL source code
Leading GUI-based configuration and runtime tools
CodeWarrior^® environment support

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Netcomm Software

Netcomm Software

Netcomm Software

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Supported Devices

Processors and Microcontrollers
- Legacy MCUs/MPUs
  - PowerQUICC^® II Pro (83xx)
    - MPC8306: Low-Power PowerQUICC^® II Pro Processor with DDR2, eSDHC, 128-ch. HDLC/TDM, 10/100 Ethernet, USB, IEEE® 1588
    - MPC8309: Low-Power PowerQUICC^® II Pro Processor with DDR2, eSDHC, 128-ch. HDLC/TDM, 10/100 Ethernet, USB, IEEE® 1588
    - MPC8321: Low-Power PowerQUICC^® II Pro Processor with DDR2, TDM, PCI, Security, USB, QUICC Engine^®
    - MPC8321E: Low-Power PowerQUICC^® II Pro Processor with DDR2, TDM, PCI, Security, USB, QUICC Engine^®
    - MPC8323: Low-Power PowerQUICC^® II Pro Processor with DDR2, TDM, PCI, Security, USB, QUICC Engine^® with UTOPIA
    - MPC8323E: Low-Power PowerQUICC^® II Pro Processor with DDR2, TDM, PCI, Security, USB, QUICC Engine^® with UTOPIA
    - MPC8343E: PowerQUICC^® II Pro Processor with DDR2, Dual PCI, 1 GB Ethernet, Dual USB, Security
    - MPC8347E: PowerQUICC^® II Pro Processor with DDR2, PCI, 1 GB Ethernet, Dual USB, Security
    - MPC8349E: PowerQUICC^® II Pro Processor with DDR2, Dual PCI, 1 GB Ethernet, Dual USB, Security
    - MPC8360E: PowerQUICC^® II Pro Processor with DDR2, TDM, PCI, Security, USB, QUICC Engine^® with 1 GB Ethernet, UTOPIA
    - MPC8377E: PowerQUICC^® II Pro Processor with DDR2, PCI, PCI Express, SATA, 1 GB Ethernet, USB, Security
    - MPC8378E: PowerQUICC^® II Pro Processor with DDR2, PCI, PCI Express, 1 GB Ethernet, USB, Security
    - MPC8379E: PowerQUICC^® II Pro Processor with DDR2, PCI, SATA, 1 GB Ethernet, USB, Security
  - PowerQUICC^®III (85xx)
    - MPC8569E: PowerQUICC^® III Processor with DDR2/3
- Power Architecture
  - QorIQ^® Processors Based on Field Proven Power Architecture Technology P-Series
    - P1020: QorIQ^® P1020 and P1011 Dual- and Single-Core Communications Processors
    - P1021: QorIQ^® P1021/12 Single- and Dual-Core Multi-Protocol Communications Processors
    - P1022: QorIQ^® P1022 and P1013 Dual- and Single-Core Communications Processors
    - P3041: QorIQ^® P3041 Quad-Core Communications Processors
    - P4080: QorIQ^® P4080/P4040/P4081 Multicore Communications Processors
    - P5020: QorIQ^® P5020 and P5010 64-bit Dual- and Single-Core Communications Processors
    - P2040: QorIQ^® P2040/P2041 Multicore Communications Processors with Data Path
    - P5040: QorIQ^® P5040/5021 64-bit Dual- and Quad-Core Communications Processors
    - P1023: QorIQ^® P1023/17 Low-End Single- and Dual-Core Communications Processors with Data Path

Latest NCSW Releases by Platform
Platform	MPC8306	MPC8309	MPC832x	MPC834x	MPC836x
NCSW Release	GA 4.4	GA 4.4	GA 4.0	GA 2.3	GA 4.4
Platform	MPC837x	MPC8568	MPC8569	P1020	P1021
NCSW Release	GA 4.0	GA 4.0	GA 4.4 GA Linux 1.0	GA 4.2	GA 4.4
Platform	P1022	P1017/P1023	P3041	P4080	P5020
NCSW Release	GA 4.4	GA 4.7	GA 4.7	GA 4.7	GA 4.7
Platform	P2040/P2041	P5040	T4240	B4860/B4420
NCSW Release	GA 4.7	GA 4.7	GA 4.7	GA 4.7

Latest µCode by Packages
Name	Description	Supported Platforms	Supported Protocols	Revision
MPC8569 Rev 2	MPC8569 Rev 2 RAM Package	MPC8569	Eth, ATM, ML/MC PPP, PPP Mux, ESS7, POS, IMA, ATM2Eth, PPP2Eth, Eth2Eth, HC2Hdec, IP Fragmentation, IP Reassembly, Virtual Port IW, Longest Prefix Match, IP Sec, Burst Tolerance, Eth PQRL, 1588v2	8569Rev2_IRAM_1.9.1
MPC830x	MPC830x IRAM Package	MPC830x	Eth (termination and hierarcy scheduler), IP Frag, UMCC, Enet Parser, HDLC, Timer	MPC830x_1-0-0
AE B	ATM 2 Ethernet B	MPC836x MPC8568	Eth, ATM, IMA, ATM2Eth, Eth2Eth, IP Reassembly, IP Fragmentation, Virtual Port IW	836x_AE B 2.6.0 8568_AE B 2.6.0
AE G	ATM 2 Ethernet G	MPC836x MPC8568	Eth, ATM, IMA, ATM2Eth, Eth2Eth, IP Fragmentation, Virtual Port IW	836x AE G 0.0.1 8568 AE G 0.0.1
AE L	ATM 2 Ethernet L	MPC836x MPC8568	Eth burst tolerance mode	836x AE L 0.0.0 8568 AE L 0.0.0
AET F	ATM and Ethernet Termination	MPC836x MPC8568	Eth, ATM, IMA, IP Fragmentation	836x AET F 0.1.0 8568 AET F 0.1.0
E2E D	Ethernet 2 Ethernet D	MPC836x MPC8568	Eth, Eth2Eth, HC2Hdec, IP Reassembly, IP Fragmentation, Virtual Port IW, Longest Prefix Match, 1588v2	836x E2E D 1.2.0 8568 E2E D 1.2.0
E2E POS	Ethernet 2 Ethernet over POS	MPC836x MPC8568	Eth, Interworking, IP Reassembly, IP Fragmentation, Virtual Port, Hierarchical Scheduling, Longest Prefix Match, PCD and POS Multi-PHY termination	836x E2E POS 0.0.1 8568 E2E POS 0.0.1
E2E WANGW	Ethernet 2 Ethernet WANG	MPC832x	Eth2Eth	832x E2E WANGW 0.0.0
P1021 A		P1021	Slow Protocols, Eth, ATM, IP Fragmentation, UMCC, USB, IEEE 1588, HDLC, Timers	P1021 A 0.0.1
P1021 B		P1021	Slow Protocols, ATM, IMA, UMCC, USB, IEEE 1588, HDLC, Timers, SAM	P1021 B 0.0.1
P1021 D		P1021	Slow Protocols, Eth, ATM, UMCC, Enet Parser, Policer, HDLC, Timers	P1021 D 0.0.0
PAE C	PPP 2 Ethernet 2 ATM C	MPC836x MPC8568	Eth, ATM, ML/MC PPP, PPP Mux, ESS7, IMA	836x PAE C 1.4.1 8568 PAE C 1.4.1
PE A	PPP 2 Ethernet A	MPC836x MPC8568	Eth, ML/MC PPP, PPP2Eth, Eth2Eth, HC2Hdec, IP Fragmentation, Eth PQRL, 1588v2	836x PE A 2.7.0 8568 PE A 2.7.0
PE B	PPP 2 Ethernet B	MPC836x MPC8568	Eth, ML/MC PPP, PPP Mux, PPP2Eth, Eth2Eth, HC2Hdec	836x PE B 2.9.0 8568 PE B 2.8.2
PE E	PPP 2 Ethernet E	MPC836x MPC8568	Eth, ML/MC PPP, PPP2Eth, Eth2Eth, IP Reassembly, Virtual Port IW	836x PE E 0.0.3 8568 PE E 0.0.3
PE I	PPP 2 Ethernet I	MPC836x MPC8568	Eth, ML/MC PPP, POS (MPHY Only), Eth2Eth, IP Reassembly, IP Fragmentation, Virtual Port IW, Longets Prefix Match	836x PE I 0.0.0 8568 PE I 0.0.0
PE K	PPP 2 Ethernet K	MPC836x MPC8568	PPP 2 PPP Interworking	836x PE K 0.0.2 8568 PE K 0.0.2
POS	POS	MPC836x MPC8568	POS	836x POS 0.1.0 8568 POS 0.1.0
QMC SCDis	QMC w/o Sub Channeling	MPC832x MPC836x	QMC	832x QMC SCDis 0.0.0 836x QMC SCDis 0.0.0
QMC SCEn	QMC with Sub Channeling	MPC832x MPC836x	QMC	832x QMC SCEn 0.0.0 836x QMC SCEn 0.0.0
Slow QELite	Slow QELite Protocols	MPC832x	Various	832x Slow QELite 1.0.2
SWUART	Software UART	MPC836x	UART	836x Soft UART 0.1.2
SRIO		MPC8568	SRIO	8568 SRIO 0.0.0
UMCC QELite	UMCC on QELite	MPC832x MPC836x	UMCC	832x UMCC Rev 1.1 rel 0.0.0 836x UMCC Rev 2.1 rel_0.0.0
ESS7	Enhanced SS7	MPC8260/80	SS7 MTP-2 supporting: ITU-T Q.703 sections 3, 4 and 10; ANSI T1.111; and Japanese JT Q.703	ESS7 0.3
SS7	SS7	MPC826x/7x/8x	SS7	SS7 0.7