News
-
Why do red SFF connectors keep causing issues when inserted into SAS devices？
Why do red SFF connectors keep causing issues when inserted into SAS devices？ In modern servers, NVMe direct-attached backplanes, and edge computing devices, connector density and signal integrity requirements continue to rise. The SlimSAS SFF-8654, a high-density conne...Read more -
From SFF-8087 Pinout to 8643 Port How to Choose the Right Internal and External Interconnect for SAS 2.0 Era？
From SFF-8087 Pinout to 8643 Port How to Choose the Right Internal and External Interconnect for SAS 2.0 Era？ In servers, workstations, and high-performance storage systems, the selection of interface and connectivity standards directly determines data transfer efficien...Read more -
Is SFF 8087 to SFF 8088 outdated？
Is SFF 8087 to SFF 8088 outdated？ In data centers, enterprise storage arrays, and high-performance computing environments, high-speed external and internal data interconnects remain critical to system stability and efficiency. As PCIe and SAS protocols evolve toward hig...Read more -
Mini SAS and Mini SAS HD—can you tell them apart?
Mini SAS and Mini SAS HD—can you tell them apart? In enterprise storage, servers, and data centers, SAS (Serial Attached SCSI) technology plays a central role. Whether connecting hard drive backplanes, RAID cards, or expanders, SAS cables are indispensable. However, user...Read more -
With so many SAS cables available, how do you choose between SFF-8088, SFF-8087, and SFF-8482?
With so many SAS cables available, how do you choose between SFF-8088, SFF-8087, and SFF-8482? When building servers, external storage arrays, or DIY high-capacity NAS systems, choosing the right SAS (Serial Attached SCSI) interface and cabling can be confusing. This art...Read more -
SFF-8654 to SFF-8643 SlimSAS Connection in Practice
SFF-8654 to SFF-8643 SlimSAS Connection in Practice In server, storage systems, and high-performance computing environments, the SAS (Serial Attached SCSI) interface has long played a central role. It supports high-speed data transfer, is compatible with SATA drives, and...Read more -
From SAS to SFF-8654: The Evolution of Storage Interfaces and Connection Logic
From SAS to SFF-8654: The Evolution of Storage Interfaces and Connection Logic In data centers, servers, and even high-performance workstations, storage speed and density remain core requirements. Understanding physical connectivity is often a prerequisite for system des...Read more -
Which of the three high-speed interfaces is faster？
Which of the three high-speed interfaces is faster？ In today's world where computer and storage systems continuously pursue higher data throughput, interface and bus technologies have become critical bottlenecks in performance. DisplayPort, PCIe 5.0, and SAS each serve ...Read more -
Key Connections in High-Speed Storage Interfaces From MCIO Cables to SAS Dual-Port and STSDA 7P
Key Connections in High-Speed Storage Interfaces From MCIO Cables to SAS Dual-Port and STSDA 7P In modern enterprise storage and server architectures, bandwidth, redundancy, and density are three non-negotiable design factors. With the continuous evolution of PCIe Gen5/G...Read more -
Understanding the CC Pins of Type-C in One Article
Understanding the CC Pins of Type-C in One Article In the USB Type-C interface, CC1 and CC2 (Configuration Channel) are two critical pins that can be thought of as the "negotiators" and "traffic police" of the Type-C conn...Read more -
Don’t be fooled anymore! Understand once and for all what Type-C really is.？
Don't be fooled anymore! Understand once and for all what Type-C really is.？ "Why doesn't my C port work with the monitor?" "Why is file transfer so slow with this C cable?" If you have these questions, it means you stil...Read more -
MCIO: The “Invisible Cornerstone” Unlocking High-Density Interconnection of AI Computing Clusters
MCIO: The "Invisible Cornerstone" Unlocking High-Density Interconnection of AI Computing Clusters The main features of MCIO High density and miniaturization: The physical size of the interface is compact, providing a significantly higher number of channels per unit area ...Read more
