SR3700-CE , China SR3700-CE Manufacturers, Suppliers, Factory

Product Description

The SR3700-CE is a 100GE domesticay deveoped white-box switch by Sino, designed for internet, teecom operators, and research aboratories. With a tota switching capacity of 4Tbps (bidirectiona), it features 48 ports for 25GE/10GE and 8 ports for 100GE/40GE. The switch utiizes domesticay produced proprietary chip soutions, supports BMC, ONIE, and SONiC systems, and offers fexibe configurations with CPU expansion cards, DDR4 memory, and SSD storage. This versatie hardware meets diverse product requirements and enabes users to impement more open and fexibe networking soutions. Technica specifications

Featuring an advanced hardware architecture design with industry-eading processing power, this 1U rack-mounted switch deivers an impressive port density of 4825GE/10GE ports and 8100GE/40GE ports. Powered by high-performance domestic switching chips, it meets the demands of diverse compex scenarios.

To meet the requirement of non-bocking data transmission for high-traffic data in data centers, it provides powerfu cache capacity and supports advanced cache scheduing mechanism to ensure the effective utiization of device cache capacity.

With an open device architecture and the idea of decouping software and hardware, the underying hardware and upper-ayer software can be customized on demand according to business requirements.

On the data pane, integrate hardware acceeration cards such as smart NICs and FPGAs to offoad network traffic through hardware acceeration, thereby reducing overa network atency and minimizing resource consumption of CPU and switching chips.

The software is depoyed in containers, which simpifies unified management and reduces network operation and maintenance costs.

Customize the underying hardware and upper-ayer software on demand to reduce the purchase cyce and cost of switches; in terms of software functions, secondary deveopment can be carried out based on open source software to reduce the deveopment cyce and cost.

Board port management support: incuding MAC address acquisition, TX PHY channe acquisition, RX PHY channe acquisition, TX poarity acquisition, RX poarity acquisition, port information acquisition, port configuration acquisition, and board type acquisition.

Periphera management support: incuding MAC address acquisition for network cards and pane ports, EEPROM dispay, device temperature monitoring, chip temperature measurement, power status inquiry, fan speed detection and adjustment, etc.

Supports QSFP management: incuding QSFP port detection, SFP main information dispay, QSFP brief information dispay, QSFP power mode acquisition, QSFP power mode setting, QSFP on-board information acquisition, QSFP medium type acquisition, QSFP connection status, QSFP reset bit setting, QSFP remova

Key system components, such as the power modue with 1+1 backup and the fan modue with 4+1 backup, a support hot-pugging and seamess faiover without manua intervention.

Support power and fan faut detection and aarm, can automaticay adjust the fan speed according to the change of temperature, and adopt overcurrent protection, overvotage protection and overheating protection.

Adopt advanced power system architecture design, reaize efficient power conversion, unique power monitoring, sow start and other functions, rea-time monitoring of the whoe machine running status, inteigent adjustment, deep energy saving.

Inteigent fan management system: Inteigent fan design, support automatic speed adjustment, effectivey reduce speed, reduce noise, and extend the service ife of the fan.

Supports Energy-Efficient Ethernet (EEE) compiance with the IEEE 802.3az standard, effectivey reducing energy consumption.

Physical Specifications

product model	SR3700-CE
product size	442mm×386mm×44mm (1U height)
Exchange chip	Domestic switching chip (Shengke CTC8186)
exchange capacity	Switch capacity: 2.0 Tbps, total switch capacity: 4.0Tbps
Packet forwarding rate	2000Mpps
Full machine cache	32M
Port configuration	48×25GE SFP28 ports (backward compatible with 10GE SFP+) + 8×100GE QSFP28 ports (backward compatible with 40GE QSFP+), supporting 1/4 optical fiber
CPU	Domestically produced chip (Phytium E2000Q), ARM architecture, 4-core, 2.0GHz clock speed
CPU and switch chip internals ETH channel	2*10GBase-KR internal ETH channel, supports DPDK
internal storage	DDR4 SO-DIMM memory with 16GB capacity and 2133MHz frequency, supporting ECC
SSD memory	Enterprise SSD with 128GB storage capacity (optional, not configured by default)
BMC	Support BMC online upgrade Supports board-wide and CPU reset management Support FRU changes and save EEPROM Support device restart, access to the CPU console, and other functions Support fan speed, obtain the whole machine's energy consumption, and obtain the temperature of the switching chip Supports configuration of static IPv4 addresses, static IPv6 addresses, and DHCP automatic acquisition Supports monitoring the main board voltage (DC-DC), temperature, fan, and power status, and supports SSH login
CPLD	Supports online CPLD upgrade. The CPLD firmware version is available for check.
Management Port	2 GE MGMT RJ45 management ports
gorge line	1 CONSOLE RJ45 management port (support COMe/BMC switching)
USB mouth	1 USB2.0 port
operating system	l Supports ONIE (MASTER) Supports SoniC 202305 (Linux kernel 5.10.153)
	Supports SoniC 202205 (Linux kernel 5.10.209) l SAI(1.12.0-3)
Exchange chip specifications	MAC	160K
	IP Host	32K
	LPM(v4)	384K
	Flow Hash	0
	SCL0/1	24K/16K
	EgressSCL0/1	8K/0
	OAM	4K
	LM	1K
	L2MC	8K
	L2MC	8K
	NextHop	96K
	PORT	Supports port admin status settings
		Supports port link status notifications
		Supports port splitting. A 100G port can be split into 4×25G ports.
		Supports port speed reduction. 100G ports support 100G and 40G speeds, while 25G ports support 25G,10G, and 1G speeds.
		Supports port negotiation settings
		Supports FEC port, pre-weighting parameters, and media type settings
		Supports port speed limits and configuration based on pps and bps
		Supports port storm control, requires support for broadcast, multicast, and flood packet types, and supports configuration based on PPS and BPS
		Support MTU settings
	LAG	Supports adding and deleting LAG members
		Support LAG Member Ingress/Egress disable
		Supports LAG Hash seed and configurable algorithm
SAI characteristic		Supports LAG Hash Key configuration
	Isolation	Supports port isolation based on Port and LAG configurations
	VLAN	Supports 4K VLAN
		Supports Port VLAN, Default VLAN Priority
		Supports setting VLAN inspection for ports and LAGs
		Supports adding and removing VLAN members based on ports and LAGs
	L2 Forward	Supports MAC learning mode settings, including disable, hardware learning, and trap modes. Configuration can be based on ports or LAGs.
		Supports MAC addition and deletion
		Supports MAC aging, with configurable aging time
		Support MAC Notify
		Supports MAC Flush, based on PORT, LAG, VLAN, and Switch
		support stp
	Three-tier functionality	Supports VLAN, PORT, LAG, and LOOPBACK interfaces, with a minimum of 4K interfaces
		Supports IPv4 and IPv6
		Supports three-layer interface MAC configuration
		Supports three-layer interface IPv4 and IPv6 forwarding control
		Supports three-layer interface MTU configuration
		Supports black hole routing
		Supports routing table settings and user meta data
		support VRF
		Supports ECMP. The maximum number of ECMP members can be configured.
		ECMP supports configurable hash seed, algorithm, and key
		ECMP supports Resilient Hash and DLB
		Automatically update routing when the next hop changes
	Tunnel	Supports IP in IP Tunnel
		Supports GRE Tunnel
		Supports Vxlan Tunnel, including L2 Vxlan and L3 Vxlan
		Supports automatic tunnel update when the next hop changes
	ACL	Support Ingress ACL and Egress ACL
		Supports ACL binding for PORT, LAG, and VLAN
		Supports MAC ACLs, enabling matching for smac, d mac, ethernet type, VLAN, and VLAN range
		Supports IP ACL, which can match SIP, DIP, protocol, L4 destination port, L4 source port, DSCP, and TCP flags
		Supports IPv6 ACL, which can match SIP6, DIP6, next-header, L4 destination port, L4 source port, and TCP flags
		Supports MAC IP ACL, which can match smac, dmac, sip, dip, protocol, l4 dst port, l4 src port, dscp, and tcp flag
		Enable permit, drop, trap, redirect, and policer actions
		Supports configuring ACL tables with 12 or more
	QoS	Supports configuring trust COS and trust DSCP based on ports
		Supports configuration based on cos and dscp mapping priorities
		Supports unicast and multicast queues
		Set queue weight, minimum bandwidth, and maximum bandwidth
		Support SP/WRR/WDRR scheduling
		Supports PFC and PFCWD
		Supports WRED and ECN, and allows setting thresholds for green, yellow, and red packets.
	Buffer	Supports Buffer Pool and Profile parameter configuration
		Supports PG and Queue buffer profile binding
		Supports Buffer statistics, current occupancy, and watermark
	CoPP	Supports total speed limit for CPU packets
		Supports speed limit protocol. Rate and priority are configurable.
		Supports port statistics for sending and receiving, including RFC1213, RFC1757, RFC2465, and RFC2665
	Traffic Monitoring	Supports queue statistics, including message count, byte count, and discarded count
		Supports port mirroring
		Supports ERSPAN
		support sFlow
		Supports MOD and collects discarded messages
		Supports In-band Network Telemetry, with specified packets containing metadata such as Device ID, Ingress Port, Egress Port, T, RX Timestamp, and TX Timestamp.
working voltage	AC： 100V-240V ， ± 10% DC： -36V~-72V HVDC： 180V-300V
working temperature	0 to 50°C, with hourly variations of less than 10°C
Working humidity	5% to 95% (no condensation, no frost)
above sea level	-500~2000m
Dust resistance	≤ 30,000 particles/liter (when dust particles are ≥0.5 μm)
Seismic intensity	≤8 degrees
MTBF	> 100,000 hours
Power consumption	Typical: 162W; Maximum: 200W
Total weight	8kg (including 2 power modules and 5 fan modules)

Network Application

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Data center scenario

Data center environments with well-defined requirements and clear network architectures are ideal for white-box switches. By deploying these switches, enterprises gain full control over their software and hardware operations, enabling the construction of cost-effective, highly reliable, high-performance, automated, and intelligent data center networks. In specific scenarios, the SR3700-CE acts as a Leaf node, providing 25GE port access and 100GE uplink capabilities to establish end-to-end 100GE connectivity. Furthermore, through integration with technologies like stacking, link aggregation, VxLAN, and EVPN, it creates a seamless Layer 2 VxLAN overlay network. This infrastructure ensures large-scale virtual machine migration and flexible deployment of user services.

5G bearer network scenario

5G bearer networks emphasize programmable, deterministic, customizable, and high-performance requirements for network protocols and functionalities, delivering dedicated line services with software/hardware slicing and QoS guarantees. White-box switches are transforming the traditional switch and router paradigm, achieving full compatibility across all scenarios from access bearer networks to next-generation backbone systems. In edge cloud/communication cloud networking, the SR3700-CE serves as a Leaf node, offering 25GE port access capability and 100GE uplink capacity to establish end-to-end 100GE connectivity solutions.