QuantaMesh T5032-LY6
A Powerful Spine/Leaf Switch for Datacenter and Cloud Computing
- EoL Date: 2021/5/15
- VXLAN
- Multi-Chassis Link Aggregation (MLAG)
- OSPF, BGP4 with ECMP
- Network Automation
- OpenFlow
A Powerful Spine/Leaf Switch for Datacenter and Cloud Computing The QuantaMesh T5032-LY6 is a high performance and low latency layer 2/3/4 Ethernet switch with 32 40GbE QSFP+ ports in a 1U form factor. Each 40G QSFP+ port can be independently configured as 40GbE or 4 10GbE. The T5032-LY6 supports up to 24 40G QSFP+ ports spliting into 4 10G SFP+ ports to perform 96 10G and 8 40G ports configuration. Built for Infrastructure-as-a-service (IaaS) datacenter deployment, high performance computing clusters, and financial applications, the QuantaMesh T5032-LY6 - with its very high port density and high performance as well as ultra-low latency characteristic - is ideal for demanding workloads and provides optimal TCO. |
Automation With the rapid adoption of cloud computing and the proliferation of big data and parallel calculations, the need fo datacenter network devices is growing exponentially, making network automation a critical factor. Supporting auto installation, RESTful, Ansible and PSME (Pooled System Managment Engine), T5032-LY6 facilities easy deployment to build-up a mass data center with infrastructure-as-a-Service (IaaS). |
Virtualization Network virtualization is becoming an important topic of datacenters. QuantaMesh T5032-LY6 offers a hardware-based VXLAN to support virtual machine mobility. Not limited by 4K VLANs, VXLAN enables network scale-out across L3 subnets and can support up to 16.7M possible virtual networks. |
High AvailabilityThe QuantaMesh T5032-LY6 is designed for high availability from both hardware and software perspectives. The key features include:
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Software Defined Network (SDN)SDN has emerged as a new approach to support open, vendor-agnostic, and programmable networks. T5032-LY6 is equipped with OpenFlow v1.3 features to fulfill the needs of modern data center applications. |
物理端口 | |
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端口配置 |
32 QSFP+ ports
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管理端口 |
Out-of-band management port (RJ-45, 10/100/1000BASE-T)
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控制台端口 |
1 (RJ-45)
|
USB |
1 (v2.0)
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效能 | |
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交换机容量 |
2.56Tbps
|
最大转发率 |
1904Mpps
|
等待时间 |
<600ns
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中央处理器板1 | |
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介质访问控制 (MAC) |
Unified Forwarding Table to dynamically allocate the L2/L3 tables
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处理器 |
PPC P2020
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存储 |
2GB DDR3/ECC
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Flash |
128MB
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存储 |
8GB Micro SD
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第二层特征 | |
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切换模式 |
Store-and-Forward
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生成树 |
802.1w
802.1s Auto Edge |
VLAN |
IEEE 802.1Q Tagged Base
Port-Based QinQ (802.1ad) |
风暴控制 |
Broadcast
Unknown Multicast DLF (Unknown Unicast) |
IGMP Snooping |
v1/v2/v3
v1/v2 Querier Immediate Leave |
端口聚合 |
802.3ad with LACP
Static Trunk Unicast/Multicast Traffic Balance over Trunking Port LACP Fallback |
备用端口 | |
Loopback Detection | |
Private VLAN |
QoS特征 | |
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优先队列排序 |
WRR
Strict Hybrid |
服务类别 |
802.1p
IP TOS precedence DSCP |
区分服务 | |
iSCSI优化 |
防护特征 | |
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静态及动态端口防护 (MAC型) | |
802.1x (MD5, MS-CHAPv2) |
Port-based
MAC-based Auto VLAN assignment Guest VLAN Unauthenticated VLAN |
访问控制列表 |
L2/L3/L4
|
IPv4/IPv6 ACL |
L3/L4
|
远程用户拨号认证系统 (RADIUS) |
Authentication, Authorization, Accounting
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SSH V2.0 | |
使用者名称和密码 |
Local Authentication
Remote Authentication via RADIUS/TACACS+, AAA |
网际协议 (IP) 管理过滤 |
SNMP
Telnet SSH |
IP源防护 | |
动态ARP检验 (DAI) | |
动态主机配置协议 (DHCP) 监听 |
IPv4
IPv6 |
控制面板策略 / CoPP | |
Service Prohibit Access | |
Role Base Access Control (RBAC) |
第三层特征 | |
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IP Multinetting / 无类别域间路由 (CIDR) | |
/31子网 | |
代理ARP | |
静态路由 |
IPv4
IPv6 |
开放式最短路径优先 (OSPF) | |
等价路由 (ECMP) | |
边界网关协议 (BGP) 4 | |
互联网组管理协议 (IGMP) v1/v2/v3 | |
密集 / 稀疏模式独立组播协议 (PIM-DM/-SM) | |
MLD v1/v2 | |
虚拟路由冗余协议 | |
BFD | |
VRF Lite |
管理特征 | |
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工业命令行接口 | |
命令行界面(CLI)过滤 | |
CLI scheduler | |
SSH | |
软件下载 / 上传 |
TFTP
SCP SFTP |
配置下载 / 上传 |
TFTP
SCP SFTP |
双影像 | |
简单网络管理协议 (SNMP) v1 / v2c / v3 | |
简单网络管理协议 (SNMP) 通知 | |
远端网络监控 1、2、3、9 | |
动态主机配置协议 (DHCP) 客戶端 | |
域名系统 (DNS) 客户端 | |
远端PING命令 | |
路由跟踪 | |
链路层发现协议 (LLDP) |
802.1ab
802.MED Potential error detection |
单向链路检测 | |
端口镜像 |
SPAN
RSPAN |
sFlow v5 | |
电子邮件警报 |
SMTP
|
Error-Disable恢复 | |
SNTP |
IPv6管理 | |
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IPv4 / IPv6双协议栈 | |
控制报文协议 (ICMP) v6 | |
控制报文协议 (ICMP) v6 重定向 | |
IPv6邻居探索 | |
无状态自动配置 | |
手动配置 | |
动态主机配置协议 (DHCP) v6 | |
简单网络管理协议 over IPv6 | |
通過 IPv6 的 SSH | |
IPv6 域名系统 Resolver | |
IPv6远程用户拨号认证系统 (RADIUS) 支援 | |
IPv6终端访问控制器访问控制系统支援 | |
IPv6系统日志支援 | |
IPv6简单网络时间协议支援 | |
IPv6简单文件传输协议支援 |
高可用性 | |
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多机箱链路聚合 |
L2 Unicast/Multicast
L3 Unicast RSTP/MSTP VXLAN |
数据中心特征 | |
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增强传输选择 (802.1Qaz) | |
优先流量控制 (802.1Qbb) | |
数据中心桥接交换协议 (DCBX) |
DCBX for ETS
DCBX for PFC PCBX for Application Priority |
FCoE初始化协议 (FIP) 侦听 |
Automation | |
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Auto installation | |
RESTful API | |
Ansible |
虚拟化特征 | |
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虚拟可扩展局域网 (VXLAN) |
SDN | |
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OpenFlow v1.3 |
v1.3
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机械 | |
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尺寸 (HxWxD) |
44x435x483mm
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重量 |
9.33kg/20.55lbs (NET)
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环境规格 | |
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操作温度 |
0~45°C
|
操作湿度 |
90% maximum relative humidity
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电力 | |
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电力需求 |
100-127VAC; 200-240VAC, 50/60Hz
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电力消耗 |
200 watts (L2 64B line rate; 40G-SR optics, 100% fan duty)
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安全性 | |
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安全性 |
UL, cUL
|
EMC | |
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EMC |
CE, FCC, VCCI, CCC
|
RoHS | |
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RoHS |
Reduction of Hazardous Substances (RoHS) 6
|
支持光学和电缆 | |
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支持光学和电缆 |
DAC cable (QSFP+): 1m, 3m, and 5m
DAC cable (QSFP+, fan-out): 1m, 3m, and 5m AOC cable (QSFP+, 850nm, MMF): 7m, 10m, and 20m 40G optic (QSFP+, MPO, 850nm, MMF): 40GBASE-SR4 40G optic (QSFP+, LC, 1310nm, SMF): 40GBASE-LR4 |
订单信息 | |
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订单信息 |
T5032-LY6 (1LY6BZZ0STF) (F-2-B, AC, P2020, with rail kit included)
T5032-LY6 (1LY6BZZ0STG) (B-2-F, AC, P2020, with rail kit included) PSU - Red (1HY9ZZZ016B) (F-2-B, AC, 470W) PSU - Blue (1HY9ZZZ016C) (B-2-F, AC, 470W) FAN Module: (1HY9ZZZ022X) (F-2-B, Red) FAN Module: (1HY9ZZZ022Y) (B-2-F, Blue) |
Installation / Setup Tips (3)
- 1. Can I replace the power supply unit (PSU) and fan to a different direction airflow by myself?
- 2. How to break out a 40G port into 4x10G Ports in the QuantaMesh Ethernet T5032-LY6?
- 3. What can I do if I forget the username/password of my QuantaMesh Ethernet Switch?
- 1. Are QuantaMesh Network OS (QNOS) license node locked?
- 2. How is the QuantaMesh Network OS (QNOS) licensed?
- 3. The QuantaMesh Switches installation into the OCP rack.
- 4. What is SDN-ready QuantaMesh Ethernet Switch?
- 5. What is included in the QuantaMesh Network Operating System (QNOS)?
- 6. What is the End-of-Life policy of a QuantaMesh Switch?
- 7. What is the QuantaMesh Ethernet Switch?
- 8. What is the product life cycle of a QuantaMesh Switch?
- 9. Where can I purchase the transceivers and cables for the QuantaMesh Switch?
- 10. Which QuantaMesh Switches are recommended for the Open Compute Project (OCP)?

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