[原创] Avnet PicoZed SOM模块化系统开发方案
avnet公司的picozed模块化系统(som)是基于xilinx zynq-7000全编程(ap) soc设计的超级灵活可靠的模块化系统(som),为设计者提供引脚兼容的在7010,7015,7020和7030 zynq-7000全编程(ap) soc器件间灵活移植.picozed模块内含存储器,配置,以太网,usb 以及时钟等支持大多数soc设计核心所需的常见功能.主要用在嵌入模块化系统,嵌入可视系统,马达控制,测试测量,软件定义无线电(sdr)以及工业自动化.本文介绍了开发板picozed som主要特性,框图,电路图,材料清单和pcb设计图.
the picozed som is designed to operate while plugged into a carrier card or base module, not as a standalone module. some documentation, such as board definition files, board support packages, and application examples only apply to a picozed/ carrier card combination so this type of documentation will be posted under the picozedcarrier card pages.
picozed™ is a highly flexible, rugged, system-on-module, or somthat is based on the xilinx zynq?-7000 all programmable soc. itoffers designers the flexibility to migrate between the 7010, 7015,7020, and 7030 zynq-7000 all programmable soc devices in a pin-compatible footprint.
the picozed module contains the common functions required to support thecore of most soc designs, including memory, configuration, ethernet, usb,and clocks. it provides easy access to over 100 user i/o pins through three i/oconnectors on the backside of the module. these connectors also supportaccess to dedicated interfaces for ethernet, usb, jtag, power and othercontrol signals, as well as the gtp/gtx transceivers on the 7015/7030 models.
the transceiver based 7015 and 7030 versions of picozed are a superset ofthe 7010/7020 version, adding four high-speed serial transceiver ports to thei/o connectors. designers can simply design their own carrier card, plug-inpicozed, and start their application development with a proven zynq-7000 allprogrammable soc sub-system.
picozed som主要特性:
user i/o (via three board-to-board connectors)
--7z010 version
--113 user i/o (100 pl, 13 ps mio)
--pl i/o configurable as up to 48 lvds pairs or 100 single-ended i/o
--7z015 version
--148 user i/o (135 pl, 13 ps mio)
--pl i/o configurable as up to 65 lvds pairs or 135 single-ended i/o
--4 gtp transceivers
--7z020 version
--138 user i/o (125 pl, 13 ps mio)
--pl i/o configurable as up to 60 lvds pairs or 125 single-ended i/o
--7z030 version
--148 user i/o (135 pl, 13 ps mio)
--pl i/o configurable as up to 65 lvds pairs or 135 single-ended i/o
--4 gtx transceivers
picozed som其它特性:
--soc options
--xc7z010-1clg400
--xc7z020-1clg400
--xc7z015-1sbg485
--xc7z030-1sbg485
--memory
--1 gb of ddr3 sdram
--128 mb of qspi flash
--4 gb emmc
--communications
--10/100/1000 ethernet phy
--usb 2.0 phy
--other
--jtag configuration port accessible
via i/o connectors
--ps jtag pins accessible via i/o connectors
--33.33 mhz oscillator
--software
--linux bsp and reference design
picozed som目标应用:
--embedded system-on-module (som)
--embedded vision
--test & measurement
--motor control
--software-defined radio
--industrial automation
图1.开发板picozed som外形图
图2.开发板picozed som框图
图3.开发板picozed som电路图(1)
图4.开发板picozed som电路图(2)
图5.开发板picozed som电路图(3)
图6.开发板picozed som电路图(4)
图7.开发板picozed som电路图(5)
图8.开发板picozed som电路图(6)
图9.开发板picozed som电路图(7)
图10.开发板picozed som电路图(8)
图11.开发板picozed som电路图(9)
图12.开发板picozed som电路图(10)
图13.开发板picozed som电路图(11)
图14.开发板picozed som电路图(12)
开发板picozed som材料清单:
图15.开发板picozed som pcb设计图(1)
图16.开发板picozed som pcb设计图(2)
图17.开发板picozed som pcb设计图(3)
详情请见:
和
以及%2ce-01-01%2cschematic%20prints.pdf
和%2ce-01-01%2cassembly%20drawings.pdf
5048-pb-pdp-aes-z7pz-som-g-v2.pdf
5282-ug-picozed-7010_7020-v2_0.pdf
prj-pz1som,e-01-01,schematic prints.pdf
prj-pz1som,e-01-01,assembly drawings.pdf
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the picozed som is designed to operate while plugged into a carrier card or base module, not as a standalone module. some documentation, such as board definition files, board support packages, and application examples only apply to a picozed/ carrier card combination so this type of documentation will be posted under the picozedcarrier card pages.
picozed™ is a highly flexible, rugged, system-on-module, or somthat is based on the xilinx zynq?-7000 all programmable soc. itoffers designers the flexibility to migrate between the 7010, 7015,7020, and 7030 zynq-7000 all programmable soc devices in a pin-compatible footprint.
the picozed module contains the common functions required to support thecore of most soc designs, including memory, configuration, ethernet, usb,and clocks. it provides easy access to over 100 user i/o pins through three i/oconnectors on the backside of the module. these connectors also supportaccess to dedicated interfaces for ethernet, usb, jtag, power and othercontrol signals, as well as the gtp/gtx transceivers on the 7015/7030 models.
the transceiver based 7015 and 7030 versions of picozed are a superset ofthe 7010/7020 version, adding four high-speed serial transceiver ports to thei/o connectors. designers can simply design their own carrier card, plug-inpicozed, and start their application development with a proven zynq-7000 allprogrammable soc sub-system.
picozed som主要特性:
user i/o (via three board-to-board connectors)
--7z010 version
--113 user i/o (100 pl, 13 ps mio)
--pl i/o configurable as up to 48 lvds pairs or 100 single-ended i/o
--7z015 version
--148 user i/o (135 pl, 13 ps mio)
--pl i/o configurable as up to 65 lvds pairs or 135 single-ended i/o
--4 gtp transceivers
--7z020 version
--138 user i/o (125 pl, 13 ps mio)
--pl i/o configurable as up to 60 lvds pairs or 125 single-ended i/o
--7z030 version
--148 user i/o (135 pl, 13 ps mio)
--pl i/o configurable as up to 65 lvds pairs or 135 single-ended i/o
--4 gtx transceivers
picozed som其它特性:
--soc options
--xc7z010-1clg400
--xc7z020-1clg400
--xc7z015-1sbg485
--xc7z030-1sbg485
--memory
--1 gb of ddr3 sdram
--128 mb of qspi flash
--4 gb emmc
--communications
--10/100/1000 ethernet phy
--usb 2.0 phy
--other
--jtag configuration port accessible
via i/o connectors
--ps jtag pins accessible via i/o connectors
--33.33 mhz oscillator
--software
--linux bsp and reference design
picozed som目标应用:
--embedded system-on-module (som)
--embedded vision
--test & measurement
--motor control
--software-defined radio
--industrial automation
图1.开发板picozed som外形图
图2.开发板picozed som框图
图3.开发板picozed som电路图(1)
图4.开发板picozed som电路图(2)
图5.开发板picozed som电路图(3)
图6.开发板picozed som电路图(4)
图7.开发板picozed som电路图(5)
图8.开发板picozed som电路图(6)
图9.开发板picozed som电路图(7)
图10.开发板picozed som电路图(8)
图11.开发板picozed som电路图(9)
图12.开发板picozed som电路图(10)
图13.开发板picozed som电路图(11)
图14.开发板picozed som电路图(12)
开发板picozed som材料清单:
图15.开发板picozed som pcb设计图(1)
图16.开发板picozed som pcb设计图(2)
图17.开发板picozed som pcb设计图(3)
详情请见:
和
以及%2ce-01-01%2cschematic%20prints.pdf
和%2ce-01-01%2cassembly%20drawings.pdf
5048-pb-pdp-aes-z7pz-som-g-v2.pdf
5282-ug-picozed-7010_7020-v2_0.pdf
prj-pz1som,e-01-01,schematic prints.pdf
prj-pz1som,e-01-01,assembly drawings.pdf
凭借Apple Watch,苹果再次碾压小米夺回可穿戴设备市场第一
!!特价HP6623A/HP6652A电源HP6623A现货
纵目科技发布三款新产品 智能泊车的激战“硝烟”已然升起
物联网架构各个层次使用的是什么通讯协议
有多少可穿戴设备在“监视”你的健康？
[原创] Avnet PicoZed SOM模块化系统开发方案
水位传感器坏了会出现什么故障
dbx-tv 的Total Cal (总调音) 荣获 2023 年 CES 创新奖
电容器补偿过高无功功率会变大吗？
Massive MIMO技术将成为5G弥补覆盖能力不足的必要手段
AMI为电子显示器和汽车应用推出了环境光线传感器AMIS 74980x
什么是机器身份，工程师为什么要关心？
上海脑科学与类脑研究中心将会整合并且加强脑智科技的基础科学研究和核心技术研发
江西移动利用5G+工业物联网发展先机，为鹰潭市智慧新城建设积极助力
三星S8又被曝光了，但这次感觉有点遗憾！
MAX3202E/MAX3203E/MAX3204E/MAX3206E ESD保护二极管阵列
nreal light凭什么获得媒体的认可？AR的C端时代真的来了吗？
智能生活奇点时刻来临，“流量之星”ams完美演绎
关于LCD液晶屏一些小知识的分享
瑞士EPFL的一个研究小组受蚂蚁启发研制出一种微型机器人