qoriq communications platforms qoriq p1010 and p1014 communications processors target markets and applications ? wireless lan access points (802.11ac/802.11n) ? soho/smb routers ? controller for ethernet switches ? network attached storage ? video surveillance ? factory automation and industrial control overview the qoriq p1010 and p1014 processors are members of the value-perfomance tier, offering extensive integration and extreme power intelligence for a wide variety of applications in cost-sensitive networking, network attached storage, digital video surveillance and industrial segments. based on 45 nm technology for low-power implementation, the p1010 and p1014 processors provide a single-core, low-power solution for the 533 to 1000 mhz performance range, along with a trusted security platform and a rich set of interfaces. secure boot the secure boot feature ensures that the processors only run authenticated code. through a set of fuses that oems can program once but can never be read, secure boot prevents unauthorized parties from reverse engineering code to steal intellectual property, from loading illegitimate code to change system functionality or from extracting sensitive user information that may be stored in the system. coherent system bus security 4.4 security fuse processor usb 2.0 w/phy security monitor ifc, tdm 2x flexcan sd/mmc 2x duart spi, gpio 2x i 2 c 6-lane 2.5 ghz serdes dma power architecture ? e500-v2 core 32 kb d cache 32 kb i cache 256 kb frontside cache sata sata 1 ge 1 ge 1 ge (p1010 only) (p1010 only) 16/32-bit ddr3/3l memory controller (16-bit only for the p1014) pcie pcie accelerators and memory control networking elements core complex (cpu and l2 cache) basic peripherals and interconnect qoriq p1010 and p1014 block diagram qoriq p1010 and p1014 processor block diagram
for more information about qoriq products, visit freescale.com/qoriq freescale, the freescale logo, powerquicc and qoriq are trademarks of freescale semiconductor, inc., reg. u.s. pat. & tm. off. all other product or service names are the property of their respective owners. the power architecture and power.org word marks and the power and power.org logos and related marks are trademarks and service marks licensed by power.org. ? 2010, 2013 freescale semiconductor, inc. document number: qp1010fs rev 1 security engine the qoriq security engine (sec) is optimized to handle all the algorithms associated with ipsec, ieee std. 802.11i ? standard, and iscsi. the security engine also supports booting to a known good state, untamperable boot code, key storage, i/o protection, and secure debug. the sec is a modular and scalable security core optimized to process all the algorithms associated with ipsec, ike, ssl/tls, iscsi, srtp, ieee std. 802.11i ? , ieee std. 802.16 ? (wimax), and ieee std. 802.1ae (macsec). the sec is designed to perform multi-algorithmic operations (for example, 3des-hmac-sha-1) in a single pass of the data. the security coprocessor in the qoriq p1010 processor is capable of performing single-pass security cryptographic processing for ssl 3.0, ssl 3.1/tls 1.0, ipsec, srtp, and ieee std. 802.11i. sec features ? xor engine for parity checking in raid storage applications ? four crypto-channels, each supporting multi-command descriptor chains cryptographic execution units: ? pkha (public key hardware accelerator) ? desa (des accelerator) ? aesa (aes accelerator) ? mdha (message digest hardware accelerator) ? rng (random number generator) ? afha (arc four hardware accelerator) ? stha (snow 3g f8 and f9 hardware accelerators) ? crca (cyclic redundancy check accelerator) ? kfha (kasumi hardware accelerator) dual flexcan controllers two flexcan (revision 2.0b) controllers provide a standard interface for implementing industrial protocols. each flexcan controller has the following features: ? programmable bit rates up to 1 mb/s ? standard data and remote frames ? extended data and remote frames ? up to eight bytes data length ? up to 64 message buffers (mb), each configurable as rx or tx ? individual rx mask registers per message buffers ? rx fifo with storage capacity of six frames and internal pointer handling ? rx fifo id filtering ? time stamp based on 16-bit free running timer technical specifications ? single e500 core, built on power architecture ? technology 36-bit physical addressing double-precision floating-point support 32 kb l1 instruction cache and 32 kb l1 data cache 533 mhz to 800 mhz core clock frequency ? 256 kb l2 cache with ecc, also configurable as sram and stashing memory ? three 10/100/1000 mb/s enhanced three- speed ethernet controllers (etsecs) tcp/ip acceleration and classification capabilities ieee ? 1588 support lossless flow control rgmii, sgmii ? high-speed interfaces (not all available simultaneously) six serdes to 3.125 ghz multiplexed across controllers two pci express controllers two sgmii interfaces two sata interfaces ? one usb controller (usb 2.0) with integrated phy, host, otg and device support ? serial peripheral interface ? trusted boot platform, integrated security engine (sec 4.0) crypto algorithm support includes 3des, aes, rsa/ecc, md5/ sha, arc4, snow 3g and fips deterministic rng single pass encryption/message authentication for common security protocols (ipsec, ssl, srtp, wimax) xor acceleration ? 16/32-bit ddr3/ddr3l sdram memory controller with ecc support ? four-channel dma controller ? two i 2 c controllers, two duarts, timers ? integrated flash controller with enhanced capabilities to support large pages ? 32 general-purpose i/o signals ? package: 425-pin tepbga1, 0.8 mm pitch, 19 mm x 19 mm software and tools support ? enea ? : real-time operating system support ? green hills ? : complete portfolio of software and hardware development tools, trace tools and real-time operating systems ? mentor graphics ? : commercial grade linux ? solution ? p1010 reference design board (rdb) qoriq p1010 and p1014 comparison qoriq device top core frequency l2 size ddr 3 support ge ports sata pci express ? security can p1010 1000 mhz 256 kb 16/32-bit @ 800 mhz 3 2 2 trusted 2 p1014 800 mhz 256 kb 16-bit @ 800 mhz 2 2 2 no no
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