2007277-1

SFP+ 1x1 Cage Assy, PCI, PF, Heatsink

Enhance your network connectivity with our SFP+ 1x1 Cage Assembly, designed for PCI applications. Featuring a durable heatsink for optimal performance, this assembly ensures reliable data transmission at a high speed of 16 Gb/s. With a single port in a 1x1 matrix configuration, it seamlessly integrates into your system. Operating in a wide temperature range from -55 to 105°C (-67 to 221°F), it is suitable for various environments. Its Through Hole - Press-Fit termination method offers secure PCB mounting. Compliant with RoHS standards, this assembly is a dependable choice for SFP/SFP+/zSFP+ applications in high-speed connectivity setups. Elevate your networking infrastructure with this essential component.
Availability
Immediate Shipment: NA
Stock Location: In Stock
Factory Stock: Call for Stock
Factory Lead:
Unit Of Measure:
Minimum/Multiple: 1/1
Pricing
CALL: 800.400.7041
Product Category:
Manufacturer: TE Connectivity
Manufacturer Part Number: TE Connectivity 2007277-1
Termination Method: Through Hole - Press-Fit
Number of Ports: 1
Data Rate: 16 Gb/s
Port Matrix Configuration: 1 x 1
Operating Temperature Range: -55 - 105 °C, -67 - 221 °F
PCB Mounting Style: Through Hole - Press-Fit
Product: SFP/SFP+/zSFP+
Product Type: Cage Assembly
SKU: AMP2007277-1
Heat Sink Style: Pin
Heat Sink Height: 4.2 mm / .165 in
Heat Sink Height Class: Short
PCB Thickness (Recommended): 1.5 mm / .059 in
Tail Length: 2.8 mm / .11 in
Cage Material: Nickel Silver
Connector Mounting Type: Board Mount
Circuit Application: Signal
Heat Sink Compatible: Yes
For Use With Pluggable I/O Products: SFP+ SMT Connector
Pluggable I/O Applications: SFP+
Included Lightpipe: No
EMI Containment Feature Type: External Springs
Connector and Contact Terminates To: Printed Circuit Board
Connector System: Cable-to-Board
Sealable: No
Thermal Accessory Type Included: Heat Sink
Cage Type: Single
Form Factor: SFP+

Environmental Initiative Details

Environmental Initiative: RoHS
Compliant: Unknown
Date of this Information: Unknown
Notes: