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Company Name:Kino Technology Limited
Website:www.kino86.com
Address :Room 312, Honghua Building, No. 1 Guangyayuan Road, Bantian Street, Longgang District, Shenzhen city, Guangdong Province, China
Contact Person:kiki
Tel :+8613040881925
E-mail:kiki@szkiki.com
Wechat:+8613040881925
Whatspp: +8613040881925
Teams:kiki@szkiki.com
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| Product >> Cisco >> ALL |
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Product_Id: |
8416304516 |
ProductName: |
QSFP-4SFP10G-CU3M |
Specification: |
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Product Notes: |
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Product Category: |
Cisco |
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| Product Description |
Cisco QSFP‑4SFP10G‑CU3M Full English Product Description
Product Overview
Cisco QSFP‑4SFP10G‑CU3M is an original Cisco passive breakout direct‑attach twinax copper cable with a fixed length of 3 meters. One end terminates with a QSFP+ connector, and the fan‑out side provides four independent SFP+ connectors. Compliant with QSFP+ MSA SFF‑8436, SFP+ MSA SFF‑8431 and IEEE 802.3ba standards, it delivers cost‑effective zero‑power interconnection solution for short‑to‑medium‑range intra‑rack and adjacent cross‑rack links in enterprise, cloud and high‑performance computing data centers, converting one 40G QSFP+ port into four separate 10G SFP+ portsCisco.
Key Features
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40G Aggregated / 4×10G Full‑Duplex Electrical Transmission
Supports 400GBASE‑CR4 aggregated bandwidth, breaking out into four independent 10GBASE‑CU channels. Ideal for 40G‑to‑4×10G port expansion for leaf‑spine fabrics, switch‑to‑switch and switch‑to‑server interconnections.
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Passive Zero‑Power Copper Architecture
No internal signal‑amplifier chips. Operates at zero power consumption, reduces data‑center power budget and thermal load, ensures stable signal integrity for short‑to‑medium‑reach 40G/10G high‑speed transmission.
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Ultra‑Low‑Latency Interconnection
Twinax copper direct‑attach design provides minimal signal latency compared with active optical cables, suitable for low‑latency data‑center and virtualization environments.
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Hot‑Swappable QSFP+ and SFP+ Interfaces
Standard hot‑pluggable QSFP+ host connector and four SFP+ fan‑out connectors. Technicians can insert or remove the cable without powering down connected Cisco switches, routers and servers.
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Multi‑Layer Shielded Twinax Construction
High‑quality multi‑layer shielded twinax copper cable suppresses EMI and RFI electromagnetic interference, lowers crosstalk risk under high‑density rack deployment conditions.
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Standard Pull‑Tab Latch Design
Equipped with pull‑tab latches on QSFP+ and each SFP+ connector for convenient insertion and extraction from network hardware ports.
Technical Specifications
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Part Number: QSFP‑4SFP10G‑CU3M
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Cable Length: 3 m (9.84 ft)
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Cable Type: Passive Shielded Twinax Copper Breakout Assembly
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Interface: One QSFP+ to Four SFP+
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Data Rate: Aggregate 40 Gbps (4 × 10 Gbps full‑duplex per channel)
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Standards Compliance: SFF‑8436, SFF‑8431, IEEE 802.3ba
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Typical Power Consumption: 0 W (Passive)
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Commercial Operating Temperature: 0°C ~ 70°C
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Storage Temperature: ‑40°C ~ 85°C
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Outer Jacket: Black PVC
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Environmental Compliance: RoHS‑6 Lead‑Free
Compatible Hardware
Cisco switches and routers equipped with QSFP+ 40G ports supporting breakout function, including data‑center switches, aggregation switches, and other third‑party network devices complying with QSFP+ / SFP+ MSA specifications supporting passive breakout direct‑attach copper cables.
Application Scenarios
Designed for short‑to‑medium‑distance intra‑rack and adjacent cross‑rack interconnections in cloud data centers, enterprise data centers and HPC environments. Typical use cases include 40G‑to‑4×10G port expansion, leaf‑spine switch interconnections, switch‑to‑server links and short‑reach Storage Area Network (SAN) connections, where zero‑power, low‑latency and cost‑effective copper breakout interconnection is preferred.
Short Version (For Invoice / E‑commerce Listing)
Cisco QSFP‑4SFP10G‑CU3M, 3M QSFP+ to 4×SFP+ Passive Breakout Twinax Copper Cable, aggregate 40Gbps (4×10Gbps), zero power consumption, ultra‑low latency, MSA compliant, original Cisco breakout DAC cable for short‑to‑medium‑range data‑center port expansion interconnections.
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| Click:56 Entry Time:2026-08-04 【Print】 【Close】 |
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