This Micro SIM card socket (6Pin 1.35H with pegs) features an ultra-thin 1.35mm structural design and is equipped with precision locating pegs on the base, effectively preventing displacement and skew during the SMT soldering process. The metal shell provides strong shielding and protection, the contact springs ensure stable connectivity, and the high insertion/withdrawal cycle life makes it perfectly compatible with Micro SIM (3FF) cards. Widely used in 4G/5G IoT modules, vehicle-mounted POS terminals, smart wearables, and wireless router devices. 2D/3D drawings and free sample service are available.

This 6Pin Flip-Lock SIM card socket features a 1.5mm ultra-thin low-profile structure, equipped with a high-strength metal hinge flip-cover mechanism for smooth and easy slide locking. The flip-cover locking structure provides extremely high card retention force under vibration, bump, and shock environments, eliminating risks of poor card contact or power loss. Made with high-temperature-resistant LCP plastic and gold-plated high-conductivity copper contact springs, it is perfectly suited for 4G/5G IoT modules, vehicle-mounted terminals, rugged handheld devices, and industrial control motherboards. 2D/3D drawings and free sample services are available.

This 8Pin anti-buckling SIM card socket features a 1.5mm ultra-thin low-profile structure, with specially optimized internal contact spring anti-buckling (Anti-Buckling) structural design, effectively preventing contact springs from being crushed, deformed, or lifted when cards are forcibly inserted or inserted in reverse. The 8Pin terminal design not only supports standard SIM card communication but also supports C4/C8 (SWP/VPP) extended signal transmission, widely used in 4G/5G IoT modules, smart POS terminals, vehicle-mounted devices, and financial encryption equipment. 2D/3D drawings and free sample requests are available.

This TF (Micro SD) card connector features an Outer SMT Pin design with a Push-Push mechanism. The exposed solder pins facilitate visual inspection and manual rework after SMT mounting, significantly improving production line yield. The internal push-push mechanism offers moderate spring force and smooth locking action, effectively preventing card dislodgement caused by vibration. Constructed with high-conductivity copper gold-plated contacts and high-temperature-resistant LCP material, it is widely used in dash cameras, security cameras, smart speakers, digital photo frames, and industrial data acquisition equipment. 2D/3D drawings and free sample requests are available.

This Micro SIM card socket (6Pin 1.35H with pegs) features an ultra-thin 1.35mm structural design and is equipped with precision locating pegs on the base, effectively preventing displacement and skew during the SMT soldering process. The metal shell provides strong shielding and protection, the contact springs ensure stable connectivity, and the high insertion/withdrawal cycle life makes it perfectly compatible with Micro SIM (3FF) cards. Widely used in 4G/5G IoT modules, vehicle-mounted POS terminals, smart wearables, and wireless router devices. 2D/3D drawings and free sample service are available.

This 6Pin Flip-Lock SIM card socket features a 1.5mm ultra-thin low-profile structure, equipped with a high-strength metal hinge flip-cover mechanism for smooth and easy slide locking. The flip-cover locking structure provides extremely high card retention force under vibration, bump, and shock environments, eliminating risks of poor card contact or power loss. Made with high-temperature-resistant LCP plastic and gold-plated high-conductivity copper contact springs, it is perfectly suited for 4G/5G IoT modules, vehicle-mounted terminals, rugged handheld devices, and industrial control motherboards. 2D/3D drawings and free sample services are available.

This 8Pin anti-buckling SIM card socket features a 1.5mm ultra-thin low-profile structure, with specially optimized internal contact spring anti-buckling (Anti-Buckling) structural design, effectively preventing contact springs from being crushed, deformed, or lifted when cards are forcibly inserted or inserted in reverse. The 8Pin terminal design not only supports standard SIM card communication but also supports C4/C8 (SWP/VPP) extended signal transmission, widely used in 4G/5G IoT modules, smart POS terminals, vehicle-mounted devices, and financial encryption equipment. 2D/3D drawings and free sample requests are available.

This TF (Micro SD) card connector features an Outer SMT Pin design with a Push-Push mechanism. The exposed solder pins facilitate visual inspection and manual rework after SMT mounting, significantly improving production line yield. The internal push-push mechanism offers moderate spring force and smooth locking action, effectively preventing card dislodgement caused by vibration. Constructed with high-conductivity copper gold-plated contacts and high-temperature-resistant LCP material, it is widely used in dash cameras, security cameras, smart speakers, digital photo frames, and industrial data acquisition equipment. 2D/3D drawings and free sample requests are available.

This Micro SIM card socket (6Pin 1.35H with pegs) features an ultra-thin 1.35mm structural design and is equipped with precision locating pegs on the base, effectively preventing displacement and skew during the SMT soldering process. The metal shell provides strong shielding and protection, the contact springs ensure stable connectivity, and the high insertion/withdrawal cycle life makes it perfectly compatible with Micro SIM (3FF) cards. Widely used in 4G/5G IoT modules, vehicle-mounted POS terminals, smart wearables, and wireless router devices. 2D/3D drawings and free sample service are available.

This 6Pin Flip-Lock SIM card socket features a 1.5mm ultra-thin low-profile structure, equipped with a high-strength metal hinge flip-cover mechanism for smooth and easy slide locking. The flip-cover locking structure provides extremely high card retention force under vibration, bump, and shock environments, eliminating risks of poor card contact or power loss. Made with high-temperature-resistant LCP plastic and gold-plated high-conductivity copper contact springs, it is perfectly suited for 4G/5G IoT modules, vehicle-mounted terminals, rugged handheld devices, and industrial control motherboards. 2D/3D drawings and free sample services are available.

This 8Pin anti-buckling SIM card socket features a 1.5mm ultra-thin low-profile structure, with specially optimized internal contact spring anti-buckling (Anti-Buckling) structural design, effectively preventing contact springs from being crushed, deformed, or lifted when cards are forcibly inserted or inserted in reverse. The 8Pin terminal design not only supports standard SIM card communication but also supports C4/C8 (SWP/VPP) extended signal transmission, widely used in 4G/5G IoT modules, smart POS terminals, vehicle-mounted devices, and financial encryption equipment. 2D/3D drawings and free sample requests are available.

This TF (Micro SD) card connector features an Outer SMT Pin design with a Push-Push mechanism. The exposed solder pins facilitate visual inspection and manual rework after SMT mounting, significantly improving production line yield. The internal push-push mechanism offers moderate spring force and smooth locking action, effectively preventing card dislodgement caused by vibration. Constructed with high-conductivity copper gold-plated contacts and high-temperature-resistant LCP material, it is widely used in dash cameras, security cameras, smart speakers, digital photo frames, and industrial data acquisition equipment. 2D/3D drawings and free sample requests are available.