1FINITY™ S100 Switch
Fujitsu 1FINITY S100 Data Sheet
1FINITYTM S100 Switch
Layer 2 switch delivers dense Ethernet aggregation
S100 Blade at a Glance
· Modular 1RU design · 1.2 Tbps switching capacity · Four front-access slots for several combinations:
12 × 10 GbE/OTU2 SFP+ 3 × 100 GbE CPF4 12 × 1 GbE/10 GbE SFP+ 1 × 100 GbE DWDM CFP2-ACO · Web-based GUI, CLI scripts, or NETCONF API
Product Overview The 1FINITY S100 Layer 2 switch is a compact, carrier-grade platform that delivers dense 1 GbE or 10 GbE to 100 GbE aggregation in a 1RU blade. The S100 solves space and power challenges, delivers high-performance scalable services, and reduces operating costs.
Solving the Problems of Convergence Optical and switching technologies are advancing rapidly, and new platforms often integrate the two. In recent years, vendors have created sophisticated, converged, chassis-based platforms. This approach has been successful, but it has also inflated initial costs; slowed innovation; reduced space efficiency and flexibility; and encouraged vendor lock-in.
Solutions to these problems can be found in a modular, disaggregated product that employs pluggable elements. One of these is the 1FINITYTM S100 Switch, an innovative, modular Layer 2 switch that combines high density and simplicity.
Modular Blade-Based Design The modular design results in maximum pay-as-you-grow flexibility. This design offers efficient scaling by adding additional 1RU systems as needed. The small, dense form factor allows full utilization of rack space in 1RU increments, and the absence of a large, multislot chassis eliminates the need for rack partitioning.
Operationally, the 1FINITY architecture is as close as possible to zero intercept--with no chassis, there is zero space and zero cost prior to initial service. The modular design enhances availability by minimizing Mean Time To Repair (MTTR), since most sources of failure can be quickly repaired. Additionally, the blade-based design is future-proof and evergreen; modules can be upgraded as new technology becomes available. Finally, with support for open optics, there is no vendor lockin; optics can be purchased either from Fujitsu or from third parties.
1FINITY: A Revolutionary, Disaggregated Platform For network operators seeking an open, simple, scalable architecture to meet escalating bandwidth demand, Fujitsu provides 1FINITY, a revolutionary disaggregated platform that delivers unprecedented flexibility, scalability, and efficiency. Unlike the traditional converged systems other vendors provide, the programmable, blade-centric design of 1FINITY offers operators a pay-as-you grow approach with low initial investment. Additional benefits include high rack space utilization, evergreen technology design, operational convergence, open pluggable optics, open APIs, and open protocols.
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Data Sheet 1FINITY S100 Switch
Efficient 1 GbE or 10 GbE to 100 GbE Aggregation
Layer 2 Switching The 1FINITY S100 is a modular Ethernet switching platform ideal for networks that require 1 GbE or 10 GbE to 100 GbE aggregation for Carrier Ethernet 2.0compliant E-Line services. The 1RU blade provides 1.2 Tbps bidirectional switching with four Plug-In Units (PIUs). The S100 blade supports 12 × SFP+ 10 GbE/OTU2, 3 × CPF4 100 GbE, 12 × SFP+ 1 GbE/10 GbE, or 1 × CFP2-ACO 100 GbE DWDM PIUs.
With the 1 × 100 GbE DWDM PIU, a 100 GbE signal can be provisioned directly into a ROADM, eliminating the need for a standalone transponder and thus reducing cost.
Metro to Long-Haul Applications The 1FINITY S100 is ideal for 10 GbE to 100 GbE aggregation in mobile backhaul and business services applications. Its scalable blade architecture can be used with existing FLASHWAVE® 9500 and FLASHWAVE CDS deployments, and with the 1FINITY Transport blade family. The combination of an S100 and a DWDM optical transport device such as the FLASHWAVE 9500 can efficiently transport 10 GbE and 100 GbE services on 100G optical wavelengths.
Additionally, with the 100 GbE DWDM PIU, the S100 blade can provide economical 100G wavelengths with a direct connection to an L100 ROADM without the need for a standalone transponder.
For long-haul transport up to 200G per lambda, the S100 can be teamed with the FLASHWAVE 9500 and the 1FINITY T200 blade. For dense metro DCI applications requiring up to 200G per lambda transport, the S100 can be deployed with the 1FINITY T100 blade.
Simplified Network Operations The 1FINITY S100 blade has a Linux-based operating system and can be managed with a Web-GUI, CLI scripts, SNMP, or a NETCONF interface. The GUI or CLI script can provision various service options. The NETCONF management API makes it easy to use the 1FINITY S100 with SDN network controllers, including Fujitsu Virtuora® Network Controller (NC).
The S100 Switch also enables simpler operations with ITU-T Y.1731 for performance monitoring, ITU-T G.8031 and G.8032 for sub-50 millisecond Ethernet linear and ring protection switching, and link aggregation for facility protection.
Up to 3 × CFP4 100 GbE ports
Up to 12 × SFP+ 10 GbE/OTU2 ports
Up to 12 × SFP+ 1 GbE/10GbE ports
Up to 1 × CFP2-ACO 100 GbE DWDM port
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Data Sheet 1FINITY S100 Switch
Technical Specifications
Base System Hardware System Configuration PIU per Blade Local Management Port (LMP) Management Port (LCN) Front LEDs Fans
Power Supply Software OS Service Ports
Service Ports per Blade Optical/Electrical Interface Supported Interfaces
Performance Monitoring Service PMs Thresholds and TCA Ethernet SLA PMs (Y.1731)
Ethernet Port PMs
Management Virtuora NC Web GUI CLI NETCONF/YANG SNMP NTP, SNTP, Telnet, and FTP Timing In-Band Management OSMINE Support
1RU blade 4 None
2 × Gigabit Ethernet SFP (T, SX, LX, EX, ZX) System Status, Severity, Port 3 hot-swappable fan units, alarm monitored Dual-feed fixed DC power supply Linux
10 GbE/ OTU2
12 per PIU
100 GbE 3 per PIU
SFP+
SR, ER, LR, ZR, DWDM
CFP4
SR4, LR4, ERL, ERL,
ER4
100 GbE DWDM
1 per PIU
1 GbE/ 10 GbE
12 per PIU
CFP2-ACO DWDM
SFP/SFP+
SX, LX, EX, ZX, SR, ER, LR, ZR, CWDM (Ethernet Only)
24-hour, 15-minute, and 5-minute bins
Support (user assignable)
·Frame delay ·Delay variation ·Loss ratio
·Rx, Tx and error statistics ·Input and output rate per port ·Input and output utilization per port
Physical Characteristics
Dimensions H × W × D
1.75 × 19 × 17.7" (45 × 483 × 450 mm) W = 19" or 23" with mounting rails D<600 mm with fiber management
Rack Compatibility
19 and 23", 2- and 4-post
Weight
Blade: 16.71 lbs (7.58 kg)
Operating Environment
Operating Temperature
5 to 40 °C
Operating Humidity
5 to 85%
Power
Power Supply
Dual-feed, fixed DC power supply
120 V AC
No
48 V DC
40 V DC to 57 V DC
Power Consumption
700 W
Regulatory and Compliance
FCC
FCC Part 15, Class A
NEBS
NEBS Level 3
UL and CB Safety
UL60950-1 & IEC60950-1
CE
CE
ROHS
ROHS
CISPR
CISPR 24 & CISPR 32
ETSI
EN 300-019, EN 300-132, EN 300-753, EN 300-386
WEEE
WEEE
RCM
RCM
CDRH
FDA CDRH
Yes Yes Yes Yes SNMPv2 SSH, SFTP, FTP, Telnet, HTTP, HTTPS NTP MVLAN CLEI
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Data Sheet 1FINITY S100 Switch
Technical Specifications
Ethernet Switching Switch Fabric Packets per Second MAC Address Table Jumbo Frames VLAN Tagging 802.1Q Provider Bridging 802.1ad Tagging
Traffic QoS Priority Queues Traffic Classification
Bandwidth Meters
Ethernet OAM Fault Management
Loopbacks
Topology Discovery
1.2 Tbps 1.44 Gbps ·750 K table entries ·Enable/disable learning per port 9608 bytes 4094 C-VLANs 4094 S-VLANs ·CVLAN translation ·Double tagging ·Tagging, de-tagging, swapping ·Virtual untagged
8 queues per port/4 queues per flow ·IEEE 802.1Q, Port, VLAN, ToS, DSCP ·CIR/CBS and PIR/PBS ·2-rate, 3-color (2R3C) ·Bandwidth profiles ·Ingress and egress filters ·Per service in 1 Mbps increments
·IEEE 802.1ag, CFM, ITU-T Y.1731 ·Loopback and link trace ·Ethernet fault propogation shutdown ·Station loopback ·Loopback based on L2 and L3 filter ·MAC address swap for RFC 2544 LLDP
Ethernet Services E-Line/E-LAN E-Line MEF CE 2.0 E-LAN MEF CE 2.0* Network Protection Ethernet Protection
Link Aggregation
Security ·L2 loop monitoring ·L2 loop protocol ·Filtering * Supported in R2.3
Yes
Yes
Yes
·<50 ms protection switching ·3.3 ms CCMs in hardware ·Nonrevertive/revertive ·ITU-T G.8031 ·ITU-T G.8032 ·Multiple instances/laddered rings
0:N LAG N<=16 1+1 LAG* LAG over G.8032 MC-LAG*
Fujitsu Network Communications, Inc.
Walker and Associates, Inc.
2801 Telecom Parkway, Richardson, TX 75082 Tel: 888.362.7763
us.fujitsu.com/telecom
PO Box 1029, 7129 Old Hwy 52 Welcome, NC 27374 Tel: 800.925.5371
www.walkerfirst.com
© Copyright 2018 Fujitsu Network Communications, Inc. FLASHWAVE® is a trademark of Fujitsu Network Communications, Inc. (USA). FUJITSU (and design)®, 1FINITYTM, VIRTUORA ®, and "shaping tomorrow with you" are trademarks of Fujitsu Limited in the United States and other countries. All Rights Reserved. All other trademarks are the property of their respective owners. Configuration requirements for certain uses are described in the product documentation. Features and specifications subject to change without notice.
3.0/R2.2/01.18
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