Коммутаторы
- Allied Telesis
- Arista
- Cisco
- Extreme Networks
- Fortinet
- HP-Aruba
- Huawei
- IBM
- Juniper
- Moxa
- Ruckus (Brocade)
Маршрутизаторы
- Brocade
- Cisco
- Extreme Networks
- Fortinet
- HP-Aruba
- Huawei
- Juniper
- Moxa
Трансиверы и оптические модули
- CFP/CFP2/CFP4
- CWDM GBIC
- CWDM SFP
- CWDM SFP+
- DWDM SFP
- DWDM SFP+
- DWDM X2
- DWDM XFP
- EWDM
- GBIC
- QSFP/QSFP+
- SFP
- SFP+
- X2
- XENPAK
- XFP
- Оптические карты
Беспроводное и Wi-Fi оборудование
- Cisco
- Cisco Meraki
- Extreme Networks
- Fortinet
- HP/Aruba
- Huawei
- Moxa
- Ruckus Wireless
- Ubiquiti
Серверы, СХД и комплектующие
VoIP и телефония
Системы безопасности, Видеонаблюдение, СКУД
- Cisco
- Cisco Meraki
Системы промышленной автоматизации (АСУ ТП)

Модуль Cisco WS-X6716-10G-3CXL

Описание товара

16-портовый 10-гигабитный оптический модуль поддерживает до 130 портов 10 Gigabit Ethernet в одном шасси Cisco Catalyst 6509 и 260 портов 10 Gigabit Ethernet в VSS и предназначен для локальной сети агрегирование кампуса и доступ к центрам обработки данных, где очень важны разветвление и плотность портов. Он состоит из 4 групп портов по 4 порта каждый. Пользователи могут управлять каждой группой портов в режиме переподписки (от 2 до 4 портов, используемых для каждой группы портов) или в режиме производительности (1 порт для каждой группы портов), обеспечивая гибкость использования некоторых портов для подключения к серверам в режиме производительности, а другие для восходящих линий к монтажным шкафам в режиме переподписки. В режиме производительности до 4 10 портов Gigabit Ethernet можно использовать для создания виртуального коммутатора в VSS.

В таблице 1 показаны основные характеристики и сравнение с аналогами.

Feature	4-Port 10GbE Fiber Module	8-Port 10GbE Fiber Module	16-Port 10GbE Fiber Module	16-Port 10GbE Copper Module
Ports	4	8	16	16
Optics	XENPAK	X2	X2	• No optics • Copper (RJ-45) connectors
Switch fabric connection	40 Gbps (80 Gbps full duplex)	40 Gbps (80 Gbps full duplex)	40 Gbps (80 Gbps full duplex)	40 Gbps (80 Gbps full duplex)
Oversubscription	1:1	2:1	4:1	4:1
Forwarding engine	• Default: Centralized forwarding card (CFC) • Optional: Distributed forwarding card with DFC3A, DFC3B, DFC3BXL, DFC3C, or DFC3CXL	• WS-X6708-10G-3C: equipped with DFC3C for distributed forwarding, supporting 256,000 routes • WS-X6708-10G-3CXL: equipped with DFC3CXL for distributed forwarding, supporting 1 million routes	• WS-X6716-10G-3C: equipped with DFC3C for distributed forwarding, supporting 256,000 routes • WS-X6716-10G-3CXL: equipped with DFC3CXL for distributed forwarding, supporting 1 million routes	• WS-X6716-10T-3C: equipped with DFC3C for distributed forwarding, supporting 256,000 routes • WS-X6716-10T-3CXL: equipped with DFC3CXL for distributed forwarding, supporting 1 million routes
Queues	• Receive: 8q8t • Transmit: 1p7q8t	• Receive: 8q4t • Transmit: 1p7q4t	Oversubscription mode: • Receive: 1p7q2t per port • Transmit: 1p7q4t per port group Performance mode: • Receive: 8q4t per port • Transmit: 1p7q4t per port	Oversubscription mode: • Receive: 1p7q2t per port • Transmit: 1p7q4t per port group Performance mode: • Receive: 8q4t per port • Transmit: 1p7q4t per port
Queuing mechanisms	• Class of service (CoS)–based queue mapping	• CoS-based queue mapping • Differentiated services code point (DSCP)–based queue mapping	• CoS-based queue mapping • DSCP-based queue mapping	• CoS-based queue mapping • DSCP-based queue mapping
Scheduler	• Deficit Weighted Round Robin (DWRR) • Weighted Random Early Detection (WRED)	• DWRR • WRED • Shaped Round Robin (SRR) at egress	Oversubscription mode: • DWRR • WRED Performance mode: • DWRR • WRED • SRR at egress	Oversubscription mode: • DWRR • WRED Performance mode: • DWRR • WRED • SRR at egress
Port buffers	16 MB per port	200 MB per port	Oversubscription mode: • 90 MB per port group Performance mode: • 200 MB per port	Oversubscription mode: • 90 MB per port group Performance mode: • 200 MB per port
Hardware-based multicast replication (Layer 2)	• Ingress and egress • Approximately 20 GB per replication engine • 2 replication engines per module	• Ingress and egress • Approximately 20 GB per replication engine • 2 replication engines per module	• Ingress and egress • Approximately 20 GB per replication engine • 2 replication engines per module	• Ingress and egress • Approximately 20 GB per replication engine • 2 replication engines per module
Hardware-based multicast replication (Layer 3)	• Ingress and egress • Approximately 10 GB per replication engine • 2 replication engines per module	• Ingress and egress • Approximately 20 GB per replication engine • 2 replication engines per module	• Ingress and egress • Approximately 20 GB per replication engine • 2 replication engines per module	• Ingress and egress • Approximately 20 GB per replication engine • 2 replication engines per module
Jumbo frame support for bridged and routed packets	Up to 9216 bytes	Up to 9216 bytes	Up to 9216 bytes	Up to 9216 bytes
Maximum port density per chassis	34 ports (9-slot chassis)	66 ports (9-slot chassis)	130 ports (9-slot chassis)	130 ports (9-slot chassis)
Maximum port density per VSS	68 ports	132 ports	260 ports	260 ports
Can be used to form virtual switch link	No	Yes	• Performance mode: Yes (supported in a subsequent software release) • Oversubscription mode: No	• Performance mode: Yes (supported in a subsequent software release) • Oversubscription mode: No
Supervisor engines supported	Cisco Catalyst 6500 Series Virtual Switching Supervisor Engine 720 with 10GE uplinks or Supervisor Engine 720 with any policy feature card (PFC; chassis will work in lowest common denominator mode)	Cisco Catalyst 6500 Series Virtual Switching Supervisor Engine 720 with 10GE uplinks or Supervisor Engine 720 with any PFC (chassis will work in lowest common denominator mode)	Cisco Catalyst 6500 Series Virtual Switching Supervisor Engine 720 with 10GE uplinks or Supervisor Engine 720 with any PFC (chassis will work in lowest common denominator mode)	Cisco Catalyst 6500 Series Virtual Switching Supervisor Engine 720 with 10GE uplinks or Supervisor Engine 720 with any PFC (chassis will work in lowest common denominator mode)
Chassis supported	• Any Cisco Catalyst 6500 E-Series chassis, C6509-NEB-A chassis, non-E-Series chassis with fan tray 2, or Cisco 7600 Series or 7600-S Series chassis (NEBS compliant: operating temperature up to 55°C) • Not supported in Cisco Catalyst 6503 non-E Series chassis	• Any Cisco Catalyst 6500 E-Series chassis, including 6503-E, 6504-E, 6506-E, 6509-E, 6509-V-E, and C6509-NEB-A chassis with dual fan tray, or the Cisco 7604, 7609 with dual fan tray, or 7600-S Series chassis (NEBS compliant: operating temperature up to 55°C), or; • Non-E-Series chassis with fan tray 2, including Cisco Catalyst 6506, 6509, 6513, and C6509-NEB-A with single fan tray or the Cisco 7606, 7613, and 7609 chassis with single fan tray (non-NEBS compliant: operating temperature up to 40°C) • Not supported in Cisco Catalyst 6503 non-E Series chassis	• Any Cisco Catalyst 6500 E-Series chassis, including 6503-E, 6504-E, 6506-E, 6509-E, 6509-V-E, and C6509-NEB-A chassis with dual fan tray (NEBS compliant: operating temperature up to 55°C), or; • Non-E-Series chassis with fan tray 2, including Cisco Catalyst 6506, 6509, 6513, and C6509-NEB-A with single fan tray (non-NEBS compliant: operating temperature up to 40°C) • Not supported in Cisco Catalyst 6503 non-E Series chassis and 7600 Series chassis	• Any Cisco Catalyst 6500 E-Series chassis, including 6503-E, 6504-E, 6506-E, 6509-E, 6509-V-E, and C6509-NEB-A chassis with dual fan tray (NEBS compliant: operating temperature up to 55°C), or: • Non-E-Series chassis with fan tray 2, including Cisco Catalyst 6506, 6509, 6513, and C6509-NEB-A with single fan tray (non-NEBS compliant: operating temperature up to 40°C) • Not supported in Cisco Catalyst 6503 non-E Series chassis and 7600 Series chassis
Slot requirements	• Can occupy any slot in any Cisco Catalyst 6503-E, 6504-E, 6506, 6506-E, 6509, 6509-E, 6509-V-E, or 6509-NEB-A chassis; or Cisco 7604, 7607, 7609, or 7600-S Series chassis • Can occupy only slots 9 through 13 in a Cisco Catalyst 6513 or Cisco 7613 chassis	• Can occupy any slot in any Cisco Catalyst 6503-E, 6504-E, 6506, 6506-E, 6509, 6509-E, 6509-V-E, or 6509-NEB-A chassis; or Cisco 7604, 7606, 7609, or 7600-S Series chassis • Can occupy only slots 9 through 13 in a Cisco Catalyst 6513 or Cisco 7613 chassis	• Can occupy any slot in any Cisco Catalyst 6503-E, 6504-E, 6506, 6506-E, 6509, 6509-E, 6509-V-E, or 6509-NEB-A chassis • Can occupy only slots 9 through 13 in a Cisco Catalyst 6513 chassis	• Can occupy any slot in any Cisco Catalyst 6503-E, 6504-E, 6506, 6506-E, 6509, 6509-E, 6509-V-E, or 6509-NEB-A chassis • Can occupy only slots 9 through 13 in a Cisco Catalyst 6513 chassis
Onboard memory	256 MB default, upgradable to 512 MB or 1 GB	1 GB default	1 GB default	1 GB default

В таблице 2 показано доп.оборудование для данных оптических модулей.

X2 Part Number	XENPAK Part Number	Transceiver Type	Wavelength	IEEE Standard	Maximum Distance and Cable Type
X2-10GB-LRM	XENPAK-10GB-LRM	10GBASE-LRM	1310 nm serial	IEEE 802.3aq	220m over multimode fiber
X2-10GB-SR	XENPAK-10GB-SR	10GBASE-SR	850 nm serial	IEEE 802.3ae	• 26m over 62.5-micron FDDI-grade multimode fiber • 33m over 62.5-micron 200 MHz x km multimode fiber • 66m over 50-micron 400 MHz x km multimode fiber • 82m over 50-micron 500 MHz x km multimode fiber • 300m over 50-micron 2000 MHz x km multimode fiber
X2-10GB-LR	XENPAK-10GB-LR+	10GBASE-LR	1310 nm serial	IEEE 802.3ae	10 km over single-mode fiber
X2-10GB-ER	XENPAK-10GB-ER+	10GBASE-ER	1550 nm serial	IEEE 802.3ae	40 km over single-mode fiber
X2-10GB-LX4	XENPAK-10GB-LX4	10GBASE-LX4	WWDM 1310 nm	IEEE 802.3ae	• 300m over 62.5-micron FDDI grade multimode fiber • 240m over 50-micron 400 MHz x km multimode fiber • 300m over 50-micron 500 MHz x km multimode fiber
X2-10GB-CX4	XENPAK-10GB-CX4	10GBASE-CX4	Copper	IEEE 802.3ak	15m over 8 pair 100-Ohm InfiniBand cable
X2-10GB-ZR	XENPAK-10GB-ZR	10GBASE-ZR	1550 nm serial	–	80 km over single-mode fiber
DWDM X2	DWDM-XENPAK-xx.yy	DWDM	32 different wavelengths; C band	100 GHz ITU grid	32 wavelengths over single strand of single-mode fiber; 80 km

Характеристики