The NVM Express® (NVMe®) family of specifications define how host software
communicates with non-volatile memory across multiple transports like PCI
Express® (PCIe®), RDMA, TCP and more. It is the industry standard for solid
state drives (SSDs) in all form factors (U.2, M.2, AIC, EDSFF). NVM Express
is the non-profit consortium of tech industry leaders defining, managing and
marketing NVMe technology. The latest versions of the family of specifications,
NVMe 2.0 family of specifications, were released on June 3, 2021.

TYPE-C to PCI-e external SSD support:

File System         FAT32                  NTFS                  exFAT
                           All              WINXP After            WIN7 After
    OS                                    MAC OS Read          MAC OS
                                             Linux Read               Linux
Driver               None          Mac/Linux               Linux
Capacity(GB)      4GB               16TB                     64ZB

 1. Pin A5 (CC) of the USB Type-C plug shall be connected to GND through a resistor Rd (5.1 kΩ
± 20%). See Section 4.5.3.2.1 and Table 4-25 for the functional description and value of Rd.
2. This table that shielded twisted pair is used for all SDP’s
and there are drain wires. If coaxial wire construction is used, then no drain wires are
present, and the shields of the coaxial wires are connected to the ground pins.
3. Contacts B6 and B7 should not be present in the USB Type-C plug.
4. All VBUS pins shall be connected together within the USB Type-C plug. A 10 nF bypass
capacitor is required for the VBUS pin in the USB Type-C plug end of the cable. The bypass
capacitor should be placed as close as possible to the power supply pad. A bypass capacitor
is not required for the VBUS pin in the Standard-A receptacle.
Shield and GND grounds shall be connected within the USB Type-C plug and USB 3.1 Standard-A
receptacle on both ends of the adapter assembly.
5. All USB Type-C plug pins that are not listed in this table shall be open (not connected)

our vision

Leveraging our unique experience in complex environments, we are becoming a key global player in providing end-to-end technology solutions and services.

Custom Electronic Design Services

One of the fastest growing fields in engineering is Electronic Engineering. This is because it is almost impossible to find an industry or business which does not benefit in some way from electronic circuits. We are proud to be a part of this dynamic and challenging field. Our engineers are carefully selected and we consider it a high priority that they keep abreast of all the latest technologies. Applying these recent innovations to our designs is one of the keys to our success. “To be innovative and creative each and every day” is our passion. We specialize in electronic design and development as well as in creating prototypes from ideas presented to us.