English
Product Model:
EDSP5X-xData Rate:
56GDDM:
NoProduct Origin:
Made in ChinaShipping Port:
ShenZhen
FAQ:
Q1: What is a DAC Cable (Direct Attach Copper Cable)?
A1: A high-speed DAC cable is a cost-effective solution for short-distance data transmission, commonly used in data centers, cloud computing, and enterprise networking to connect switches, servers, and storage devices.
Q2: What are the advantages of using DAC cables over optical transceivers?
A2: Passive DAC cables are more affordable, consume less power, and offer lower latency than active optical cables (AOC) or fiber optics, making them ideal for 10G, 25G, 40G, and 100G Ethernet connections.
Q3: What lengths are available for SFP+ DAC, QSFP+ DAC, and QSFP28 DAC cables?
A3: Standard lengths range from 0.5m to 7m, with popular options like 1m DAC, 3m DAC, and 5m DAC cables for rack-to-rack connectivity.
Q4: Are DAC cables compatible with Cisco, HPE, Juniper, Dell, and Arista devices?
A4: Most SFP DAC and QSFP DAC cables are vendor-agnostic, but always verify compatibility with your switch or server model for seamless integration.
Q5: Can high-speed DAC cables support 400G Ethernet?
A5: Yes, QSFP-DD DAC and OSFP DAC cables now support 200G/400G data rates, ideal for hyperscale data centers and HPC (High-Performance Computing).
Q6: Do passive DAC cables require external power?
A6: No, passive copper DAC cables draw power directly from the device, reducing energy costs and heat dissipation in data center environments.
Q7: What is the maximum distance for DAC cable transmission?
A7: Copper DAC cables typically reach up to 7m—beyond this, consider active DAC cables or AOC/fiber optics for longer distances.
Q8: Are DAC breakout cables hot-swappable?
A8: Yes, hot-swappable DAC cables (e.g., QSFP+ to 4x SFP+ DAC) allow flexible deployment without system downtime.
Q9: How to choose the right DAC cable for 10G/40G/100G networks?
A9: Match your switch port type (SFP+, QSFP+, etc.), data rate, and length requirements. For high-density setups, opt for low-profile DAC cables.
Q10: What is the difference between passive DAC and active DAC cables?
A10: Passive DAC cables rely on device power and support shorter distances (up to 7m), while active DAC cables include signal amplification for extended reach (up to 15m) but consume more power.
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Categories
Optimized for high-channel-count DWDM systems, industrial temperature range support and low power consumption.
Cost-effective testing and diagnostic tool designed for network equipment validation, port testing, and traffic loopback applications in 10 Gigabit Ethernet (10GbE) environments.
Supporting 10.3125 Gbps data rates and 40-kilometer transmission distances, this transceiver complies with IEEE 802.3ae and SFP+ MSA standards.
Software: 1 Software Name: Coding Box Software 2 Operating Environment: Windows XP\7\8\8.1\10 32\64bit 3 Software Description: Write EEPROM code to Module, view and export the EEPROM code file, and read DDM Hardware: 1 Name: Coding Box 2 Size: 90mm*80mm*25mm 3 Weight: 135g 4 nterface Type: USB Type C (USB power supply) 5 Work Voltage: +5V 6 Maximum Power: 3.5W 7 Support Module Type: SFP, SFP+, SFP28, SFP56, XFP, QSFP+, QSFP28, QSFP DD The CodingBox connects to a PC through a USB port to implement functions such as write code and DDM for SFP type, XFP type, QSFP type, and QSFP-DD type optical modules.
It utilizes four 25.78 Gbps wavelengths multiplexed over single-mode fiber with LC connectors, achieving an aggregate 103.125 Gbps data rate with a transmission distance of up to 30 kilometers.
Twinaxial copper cables integrate QSFP+ connectors on both ends, supporting 40 Gbps data rates with passive and active options, fully compliant with QSFP+ MSA and IEEE 802.3ba standards.
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