This USB AF 2.0 short body female connector (USB Type-A Female 2.0 Short Body Connector) adopts a compact structural design featuring an "ultra-short body depth + high-strength metal spring shield shell + high-conductivity copper alloy terminals." It is specifically engineered for hardware devices with tight internal PCB depth constraints and extreme requirements for minimal board footprint. Compared to standard AF female connectors with a depth of 14.0mm or 17.0mm, this short body version (body depth typically around 10.0mm~10.5mm) saves up to 30% or more of board space, greatly optimizing motherboard layout and enclosure stacking design. It is equipped with 4Pin standard USB 2.0 transmission pins, supporting 480Mbps high-speed data transfer and stable power delivery of 1.5A~2.1A. The shell features fish-hook reinforced mounting legs on both sides, providing strong insertion/withdrawal force after soldering, as well as resistance to pulling and peeling. Widely used in smart set-top boxes, routers, industrial control boards, automotive head units, automotive chargers, and various compact consumer electronics. 2D/3D drawings and free sample requests are available.

This USB AF 2.0 10.0mm Short Body Vertical DIP Female Connector (USB Type-A Female 2.0 10.0mm Vertical DIP Connector) features a precision structure design combining a "10.0mm ultra-short body depth + 180° vertical panel-mount configuration + 4Pin DIP through-hole soldering + integrated stamped fish-hook positioning legs." It is specifically tailored for hardware terminals with compact PCB layouts where the interface needs to be inserted from the top of the device or through a vertical panel. Compared to traditional 14.0mm/17.0mm European or American standard vertical A-type female connectors, the extremely short 10.0mm body height and depth significantly reduce the device's front profile and depth space, greatly improving motherboard stacking efficiency. The interface incorporates high-conductivity copper alloy terminals and premium high-temperature-resistant engineering plastic (commonly with a white core), supporting USB 2.0 480Mbps high-speed data transmission and stable power delivery of 1.5A to 2.1A. The shell is equipped with high-strength fixing pins on both sides, providing exceptional mechanical resistance to pull-out and prying after wave soldering. Widely used in industrial control motherboards, smart meters, medical instruments, compact desktop devices, charging pile control boards, and various consumer electronics requiring vertical insertion. 2D/3D drawings and free sample requests are available.

This USB AF 2.0 Side Entry 90 Degree Female Connector (USB Type-A Female 2.0 Side Entry 90 Degree DIP Connector) features a precision structure design combining a "90° side routing layout + 4Pin DIP through-hole pins + side reinforced fish-hook positioning legs + high-quality high-temperature engineering plastic." It is specifically tailored for hardware terminals requiring PCB edge routing, chassis side panel openings, or limited vertical insertion space. Compared to conventional horizontal (through-hole/surface-mount) or vertical female connectors, the side entry 90-degree structure disperses insertion stress to the side of the motherboard, making it highly suitable for side housing openings and effectively avoiding top or front space interference. The interface incorporates high-conductivity copper alloy terminals (commonly with a white plastic core), supporting USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.1A power supply. The housing features strong fixed soldering legs that firmly grip the PCB after wave soldering, providing excellent mechanical pull-out resistance and lateral prying resistance. Widely used in industrial control motherboards, car infotainment systems, medical equipment, network switches, smart meters, and various consumer electronics with side interfaces. 2D/3D drawings and free sample requests are available.

This USB AF 3.0 Sink Mount Female Connector (USB Type-A Female 3.0 Sink/SINK Type Connector) features a precision structure design combining "sink mount with PCB cutout/embedded PCB installation + 9Pin (4Pin USB 2.0 + 5Pin USB 3.0) high-density terminals + stainless steel shielding shell + classic blue high-temperature engineering plastic." It is specifically tailored for ultra-thin devices, hardware terminals with limited PCB vertical space, and strict overall thickness control requirements. By sinking the connector body into the PCB slot (cutout), the exposed height above the board is reduced by approximately 50%, significantly saving internal stacking space within the device and freeing up room for batteries or heat dissipation modules. The interface features standard 9Pin terminals, fully compatible with USB 3.0 (USB 3.2 Gen 1) 5Gbps ultra-high-speed data transmission, and backward compatible with USB 2.0/1.1 protocols. Both sides of the shell are equipped with fish-hook positioning and reinforcement pins, providing excellent pull-out resistance and anti-prying performance after soldering. Widely used in ultra-thin laptops, Mini PC motherboards, industrial tablets, HD video capture cards, portable hard drive enclosures, and high-end consumer electronics. 2D/3D drawings and free sample requests are available.

This USB AF short-body sink 1.9mm high-current female connector (USB Type-A Female Short Body Sink 1.9mm High Current Receptacle) features a precision structural design combining "1.9mm sink-and-breakthrough embedded mounting + 10.0mm short body + widened and thickened high-conductivity copper alloy terminals + eye-catching orange/green high-temperature-resistant engineering plastic." It is specifically tailored for ultra-thin fast-charging devices, automotive high-current charging ports, outdoor portable power stations, and hardware terminals with extremely high requirements for overall device thickness and power supply capability. The 1.9mm sink-and-breakthrough design significantly reduces the connector's protrusion height above the PCB surface, and when paired with the short-body structure, greatly saves PCB planar area and spatial depth. The built-in 4-pin thickened high-conductivity copper terminals feature extremely low contact resistance, easily sustaining continuous high currents of 3A to 5A (supporting QC/fast-charging protocols), with low temperature rise and stable voltage regulation. The housing includes reinforced mounting legs on both sides, providing extremely high mechanical strength after soldering. Widely used in fast-charging power banks, outdoor power supplies, automotive fast-charging mainboards, smart small appliances, and industrial fast-charging modules. 2D/3D drawings and free sample requests are available.

This Micro USB 5Pin Vertical SMT Female Receptacle features a precision structure design combining "180° vertical upright orientation + 5Pin precision SMT surface mount terminals + multi-point reinforced pins + black high-temperature-resistant LCP plastic." It is specifically tailored for hardware terminals that require vertical cable insertion at the top/front of the device, have compact PCB planar space, and demand extremely high interface peel strength. Compared to traditional horizontal SMT Micro USB receptacles, the 180-degree vertical mount structure orients the interface perpendicular to the PCB surface, significantly reducing the motherboard's planar footprint—ideal for slim, elongated, or vertical enclosure assemblies. Internally, it houses 5Pin high-conductivity copper alloy terminals, supporting Micro USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.0A power supply. The shielded shell comes with strong built-in positioning and reinforcement pins that firmly grip the PCB after reflow soldering, delivering excellent resistance to lateral prying and pull-out stress. Widely used in smart wearable devices, handheld terminals, Bluetooth audio, medical testing instruments, industrial instrumentation, and various consumer electronics with vertical openings. 2D/3D drawings and free sample requests are available.

This Micro USB 5Pin Vertical Thickened Plastic Male Connector (Micro USB 5Pin Vertical DIP Male Plug with Thickened Base) features a precision structural design combining "180° vertical upright exit + thickened drop-resistant plastic base at the tail + 5Pin precision DIP through-hole terminals + reinforced fish-hook legs on both sides." It is specifically tailored for vertical plug-in docks, automotive charging trays, small appliance charging interfaces, and hardware terminals with stringent physical insertion/withdrawal strength requirements. Compared to traditional slim male connectors, the tail uses thickened high-strength LCP/PBT insulating plastic, significantly enhancing bending resistance and fracture prevention under stress, effectively absorbing lateral prying forces. Internally, the connector uses 5Pin high-conductivity copper alloy terminals, fully compatible with Micro USB 2.0 480Mbps data transmission and stable 2.0A~3.0A power supply. The shell features vertical positioning legs on both sides, which firmly lock onto the PCB after wave soldering, providing excellent anti-peeling performance. Widely used in smart bracelet/watch charging docks, electric toothbrush bases, car mount charging ports, and various portable consumer electronics. 2D/3D drawings and free sample requests are available.

This Mini USB 5Pin Vertical Female Connector (Mini USB 5Pin Vertical DIP Female Receptacle) features a precision structural design with "180° vertical upright orientation + 5Pin DIP through-hole soldering terminals + dual thick side positioning reinforcement pins + black high-temperature-resistant LCP/PBT plastic". It is specifically tailored for hardware terminals that require vertical cable insertion/removal at the top/front of the enclosure, compact motherboard layouts, and high bonding strength at the interface during wave soldering. Compared to traditional horizontal surface-mount Mini USB female connectors, the 180-degree vertical upright structure significantly reduces the planar footprint on the PCB, facilitating assembly through vertical openings in the device enclosure. Internally, it uses 5Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable power supply of 1.5A~2.0A. The dual sides are equipped with thickened positioning pins, providing extremely high resistance to peeling and lateral prying after direct insertion and soldering onto the PCB. Widely used in industrial control instruments, car navigation devices, medical testing equipment, digital audio systems, and various portable electronic devices. 2D/3D drawings and free sample requests are available.

This USB AF side-mount female connector (USB Type-A Female Right Angle Side Mount Receptacle) features a precision structural design combining "horizontal side-mount wiring + 4Pin precision conductive terminals + strong metal side fixing pins + white high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that require side panel openings on the chassis, flat insertion of USB drives or data cables, low-profile design, and strict requirements for insertion/withdrawal pull force. The horizontal side-mount structure makes the insertion direction parallel to the PCB surface, effectively reducing the overall device thickness and perfectly fitting edge openings on the housing. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable power supply of 1.5A~2.1A. The housing is equipped with thickened positioning fixing pins on both sides, which firmly lock onto the PCB after soldering, effectively resisting lateral pull force and peeling stress caused by frequent plugging and unplugging. Widely used in industrial control motherboards, routers/switches, vehicle navigation systems, network set-top boxes, and various electronic terminals with side openings. 2D/3D drawings and free sample requests are available.

This USB AF black plastic reverse female connector (USB Type-A Female Reverse/Inverted Mount Receptacle) features a precision design combining a "reverse/inverted structure + 4Pin precision conductive terminals + black high-temperature resistant engineering plastic (black plastic) + sturdy metal positioning pins." It is specifically tailored for hardware terminals where the motherboard and enclosure are constrained, requiring reversed plug-in orientation or adjustment of terminal contact surface height differences. The reverse structure effectively resolves the issue of plug insertion interference for standard forward female connectors with U-disk/cables at specific PCB layer heights. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.1A power supply. The outer shell is equipped with thickened positioning and fixing pins on both sides, which firmly secure it to the PCB after wave soldering/reflow soldering, offering outstanding pull-out resistance and anti-peeling performance. Widely used in industrial control motherboards, automotive multimedia head units, network set-top boxes, smart gateways, and various electronic devices with special structural openings. 2D/3D drawings and free sample requests are available.

This USB AF Black Plastic Right-Angle Sink Mount Female Connector (USB Type-A Female SINK Mount SMT/DIP Receptacle) features a precision design combining a "SINK recessed structure + standard right-angle orientation + front insert rear solder (front DIP positioning pins + rear SMT patch terminals) + black high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that demand extremely high standards in ultra-thin thickness, pull-out strength, and automated SMT processes. The SINK recessed design embeds the connector body into a cutout on the PCB, reducing the height protruding above the motherboard by approximately 50%, making it a key component for overcoming space constraints in ultra-thin chassis and compact motherboards. The process employs a "front insert rear solder" hybrid architecture: the dual-side insertion pins at the front are inserted into the PCB to provide strong anti-prying and anti-peeling mechanical strength, while the 4Pin conductive terminals at the rear use SMT patch form, perfectly matching high-speed SMT machine automated production. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable power supply. Widely used in ultra-thin laptops, industrial control tablets, automotive central control hosts, network set-top boxes, and various compact electronic devices. 2D/3D drawings and free sample requests are available.

This USB AF Full SMT Female Connector (USB Type-A Female SMT Mount Receptacle with 1.2 Harpoon Board Locks & Rolled Edge) features a precision design combining a "pure SMT full surface-mount structure + 1.2 harpoon-style SMT positioning legs + rolled edge shell opening + white high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that require full SMT automated reflow soldering, improved production line first-pass yield, and optimized cable insertion guidance. The front and both sides of the shell are equipped with 1.2 harpoon-style SMT mounting legs, which provide strong solder wetting and pulling force during reflow soldering, effectively locking onto the PCB pads and greatly enhancing peel resistance and strong anti-prying strength. The interface opening features a specially designed "Rolled Edge" anti-scratch curved treatment, which smoothly guides USB drives and cables during insertion, preventing edge catching and damage, and greatly improving user experience. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.1A power supply. Widely used in ultra-thin laptops, Mini PC motherboards, car navigation systems, smart speakers, industrial data acquisition terminals, and various high-density PCB electronic devices. 2D/3D drawings and free sample requests are available.

This dual-layer USB AF side-entry female connector (Dual Port USB Type-A Female 90 Degree Side Entry / Right Angle Receptacle) features a precision design combining a "top-bottom dual-layer 90-degree side-mounted structure + dual-channel 8Pin precision conductive terminals + side-thickened metal positioning legs + white high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that require edge-side lateral wiring, high-density dual-interface expansion, optimal reduction of overall device height, and strict requirements for lateral insertion/withdrawal stress. Compared to conventional vertical or straight-through interfaces, the dual-layer side-mounted stacked structure arranges two USB interfaces parallel to the PCB surface, allowing direct alignment with chassis side-wall openings, enabling easy multi-interface expansion without the need for adapter cables. Internally, it uses 8Pin (4Pin+4Pin) high-conductivity copper alloy terminals with independent dual-channel transmission, fully compatible with USB 2.0 480Mbps high-speed data communication and stable 1.5A~2.1A power supply. The shell is equipped with thickened lateral positioning legs on both sides and the rear, which form a robust mechanical support with the PCB after soldering, greatly enhancing resistance to prying and peeling. Widely used in industrial control motherboards, automotive central control hosts, server expansion cards, smart gateways, and various high-density side-wiring electronic devices. 2D/3D drawings and free sample requests are available.

This dual-port USB 3.0 AF side-entry female connector (Dual Port USB 3.0 Type-A Female 90 Degree Side Entry / Right Angle Receptacle) features a precision design combining a "top-and-bottom dual-layer 90-degree side-mounted structure + dual-channel 18Pin high-speed conductive terminals + side-thickened metal positioning legs + signature blue high-temperature-resistant engineering plastic." It is specifically tailored for hardware terminals that require side-edge cable routing, dual-port 5Gbps ultra-high-speed data transmission, optimal overall height reduction, and strict requirements for plugging/unplugging stress resistance. Compared to traditional USB 2.0 interfaces, USB 3.0 adds 5 sets of ultra-high-speed differential signal pins, achieving transmission rates up to 5Gbps while boosting power delivery to 900mA per port. The dual-layer side-mounted stacked structure arranges two USB 3.0 interfaces parallel to the PCB surface, allowing direct alignment with chassis side-wall openings for effortless multi-port ultra-high-speed expansion without the need for adapter cables. The housing is equipped with thickened side positioning legs on both sides and the rear, forming robust mechanical support with the PCB after soldering, greatly enhancing resistance to prying and peeling. Widely used in industrial control motherboards, server expansion cards, automotive infotainment hosts, high-definition video capture devices, and various side-exit hardware. 2D/3D drawings and free sample requests are available.

This USB AF 2.0 short body female connector (USB Type-A Female 2.0 Short Body Connector) adopts a compact structural design featuring an "ultra-short body depth + high-strength metal spring shield shell + high-conductivity copper alloy terminals." It is specifically engineered for hardware devices with tight internal PCB depth constraints and extreme requirements for minimal board footprint. Compared to standard AF female connectors with a depth of 14.0mm or 17.0mm, this short body version (body depth typically around 10.0mm~10.5mm) saves up to 30% or more of board space, greatly optimizing motherboard layout and enclosure stacking design. It is equipped with 4Pin standard USB 2.0 transmission pins, supporting 480Mbps high-speed data transfer and stable power delivery of 1.5A~2.1A. The shell features fish-hook reinforced mounting legs on both sides, providing strong insertion/withdrawal force after soldering, as well as resistance to pulling and peeling. Widely used in smart set-top boxes, routers, industrial control boards, automotive head units, automotive chargers, and various compact consumer electronics. 2D/3D drawings and free sample requests are available.

This USB AF 2.0 10.0mm Short Body Vertical DIP Female Connector (USB Type-A Female 2.0 10.0mm Vertical DIP Connector) features a precision structure design combining a "10.0mm ultra-short body depth + 180° vertical panel-mount configuration + 4Pin DIP through-hole soldering + integrated stamped fish-hook positioning legs." It is specifically tailored for hardware terminals with compact PCB layouts where the interface needs to be inserted from the top of the device or through a vertical panel. Compared to traditional 14.0mm/17.0mm European or American standard vertical A-type female connectors, the extremely short 10.0mm body height and depth significantly reduce the device's front profile and depth space, greatly improving motherboard stacking efficiency. The interface incorporates high-conductivity copper alloy terminals and premium high-temperature-resistant engineering plastic (commonly with a white core), supporting USB 2.0 480Mbps high-speed data transmission and stable power delivery of 1.5A to 2.1A. The shell is equipped with high-strength fixing pins on both sides, providing exceptional mechanical resistance to pull-out and prying after wave soldering. Widely used in industrial control motherboards, smart meters, medical instruments, compact desktop devices, charging pile control boards, and various consumer electronics requiring vertical insertion. 2D/3D drawings and free sample requests are available.

This USB AF 2.0 Side Entry 90 Degree Female Connector (USB Type-A Female 2.0 Side Entry 90 Degree DIP Connector) features a precision structure design combining a "90° side routing layout + 4Pin DIP through-hole pins + side reinforced fish-hook positioning legs + high-quality high-temperature engineering plastic." It is specifically tailored for hardware terminals requiring PCB edge routing, chassis side panel openings, or limited vertical insertion space. Compared to conventional horizontal (through-hole/surface-mount) or vertical female connectors, the side entry 90-degree structure disperses insertion stress to the side of the motherboard, making it highly suitable for side housing openings and effectively avoiding top or front space interference. The interface incorporates high-conductivity copper alloy terminals (commonly with a white plastic core), supporting USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.1A power supply. The housing features strong fixed soldering legs that firmly grip the PCB after wave soldering, providing excellent mechanical pull-out resistance and lateral prying resistance. Widely used in industrial control motherboards, car infotainment systems, medical equipment, network switches, smart meters, and various consumer electronics with side interfaces. 2D/3D drawings and free sample requests are available.

This USB AF 3.0 Sink Mount Female Connector (USB Type-A Female 3.0 Sink/SINK Type Connector) features a precision structure design combining "sink mount with PCB cutout/embedded PCB installation + 9Pin (4Pin USB 2.0 + 5Pin USB 3.0) high-density terminals + stainless steel shielding shell + classic blue high-temperature engineering plastic." It is specifically tailored for ultra-thin devices, hardware terminals with limited PCB vertical space, and strict overall thickness control requirements. By sinking the connector body into the PCB slot (cutout), the exposed height above the board is reduced by approximately 50%, significantly saving internal stacking space within the device and freeing up room for batteries or heat dissipation modules. The interface features standard 9Pin terminals, fully compatible with USB 3.0 (USB 3.2 Gen 1) 5Gbps ultra-high-speed data transmission, and backward compatible with USB 2.0/1.1 protocols. Both sides of the shell are equipped with fish-hook positioning and reinforcement pins, providing excellent pull-out resistance and anti-prying performance after soldering. Widely used in ultra-thin laptops, Mini PC motherboards, industrial tablets, HD video capture cards, portable hard drive enclosures, and high-end consumer electronics. 2D/3D drawings and free sample requests are available.

This USB AF short-body sink 1.9mm high-current female connector (USB Type-A Female Short Body Sink 1.9mm High Current Receptacle) features a precision structural design combining "1.9mm sink-and-breakthrough embedded mounting + 10.0mm short body + widened and thickened high-conductivity copper alloy terminals + eye-catching orange/green high-temperature-resistant engineering plastic." It is specifically tailored for ultra-thin fast-charging devices, automotive high-current charging ports, outdoor portable power stations, and hardware terminals with extremely high requirements for overall device thickness and power supply capability. The 1.9mm sink-and-breakthrough design significantly reduces the connector's protrusion height above the PCB surface, and when paired with the short-body structure, greatly saves PCB planar area and spatial depth. The built-in 4-pin thickened high-conductivity copper terminals feature extremely low contact resistance, easily sustaining continuous high currents of 3A to 5A (supporting QC/fast-charging protocols), with low temperature rise and stable voltage regulation. The housing includes reinforced mounting legs on both sides, providing extremely high mechanical strength after soldering. Widely used in fast-charging power banks, outdoor power supplies, automotive fast-charging mainboards, smart small appliances, and industrial fast-charging modules. 2D/3D drawings and free sample requests are available.

This Micro USB 5Pin Vertical SMT Female Receptacle features a precision structure design combining "180° vertical upright orientation + 5Pin precision SMT surface mount terminals + multi-point reinforced pins + black high-temperature-resistant LCP plastic." It is specifically tailored for hardware terminals that require vertical cable insertion at the top/front of the device, have compact PCB planar space, and demand extremely high interface peel strength. Compared to traditional horizontal SMT Micro USB receptacles, the 180-degree vertical mount structure orients the interface perpendicular to the PCB surface, significantly reducing the motherboard's planar footprint—ideal for slim, elongated, or vertical enclosure assemblies. Internally, it houses 5Pin high-conductivity copper alloy terminals, supporting Micro USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.0A power supply. The shielded shell comes with strong built-in positioning and reinforcement pins that firmly grip the PCB after reflow soldering, delivering excellent resistance to lateral prying and pull-out stress. Widely used in smart wearable devices, handheld terminals, Bluetooth audio, medical testing instruments, industrial instrumentation, and various consumer electronics with vertical openings. 2D/3D drawings and free sample requests are available.

This Micro USB 5Pin Vertical Thickened Plastic Male Connector (Micro USB 5Pin Vertical DIP Male Plug with Thickened Base) features a precision structural design combining "180° vertical upright exit + thickened drop-resistant plastic base at the tail + 5Pin precision DIP through-hole terminals + reinforced fish-hook legs on both sides." It is specifically tailored for vertical plug-in docks, automotive charging trays, small appliance charging interfaces, and hardware terminals with stringent physical insertion/withdrawal strength requirements. Compared to traditional slim male connectors, the tail uses thickened high-strength LCP/PBT insulating plastic, significantly enhancing bending resistance and fracture prevention under stress, effectively absorbing lateral prying forces. Internally, the connector uses 5Pin high-conductivity copper alloy terminals, fully compatible with Micro USB 2.0 480Mbps data transmission and stable 2.0A~3.0A power supply. The shell features vertical positioning legs on both sides, which firmly lock onto the PCB after wave soldering, providing excellent anti-peeling performance. Widely used in smart bracelet/watch charging docks, electric toothbrush bases, car mount charging ports, and various portable consumer electronics. 2D/3D drawings and free sample requests are available.

This Mini USB 5Pin Vertical Female Connector (Mini USB 5Pin Vertical DIP Female Receptacle) features a precision structural design with "180° vertical upright orientation + 5Pin DIP through-hole soldering terminals + dual thick side positioning reinforcement pins + black high-temperature-resistant LCP/PBT plastic". It is specifically tailored for hardware terminals that require vertical cable insertion/removal at the top/front of the enclosure, compact motherboard layouts, and high bonding strength at the interface during wave soldering. Compared to traditional horizontal surface-mount Mini USB female connectors, the 180-degree vertical upright structure significantly reduces the planar footprint on the PCB, facilitating assembly through vertical openings in the device enclosure. Internally, it uses 5Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable power supply of 1.5A~2.0A. The dual sides are equipped with thickened positioning pins, providing extremely high resistance to peeling and lateral prying after direct insertion and soldering onto the PCB. Widely used in industrial control instruments, car navigation devices, medical testing equipment, digital audio systems, and various portable electronic devices. 2D/3D drawings and free sample requests are available.

This USB AF side-mount female connector (USB Type-A Female Right Angle Side Mount Receptacle) features a precision structural design combining "horizontal side-mount wiring + 4Pin precision conductive terminals + strong metal side fixing pins + white high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that require side panel openings on the chassis, flat insertion of USB drives or data cables, low-profile design, and strict requirements for insertion/withdrawal pull force. The horizontal side-mount structure makes the insertion direction parallel to the PCB surface, effectively reducing the overall device thickness and perfectly fitting edge openings on the housing. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable power supply of 1.5A~2.1A. The housing is equipped with thickened positioning fixing pins on both sides, which firmly lock onto the PCB after soldering, effectively resisting lateral pull force and peeling stress caused by frequent plugging and unplugging. Widely used in industrial control motherboards, routers/switches, vehicle navigation systems, network set-top boxes, and various electronic terminals with side openings. 2D/3D drawings and free sample requests are available.

This USB AF black plastic reverse female connector (USB Type-A Female Reverse/Inverted Mount Receptacle) features a precision design combining a "reverse/inverted structure + 4Pin precision conductive terminals + black high-temperature resistant engineering plastic (black plastic) + sturdy metal positioning pins." It is specifically tailored for hardware terminals where the motherboard and enclosure are constrained, requiring reversed plug-in orientation or adjustment of terminal contact surface height differences. The reverse structure effectively resolves the issue of plug insertion interference for standard forward female connectors with U-disk/cables at specific PCB layer heights. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.1A power supply. The outer shell is equipped with thickened positioning and fixing pins on both sides, which firmly secure it to the PCB after wave soldering/reflow soldering, offering outstanding pull-out resistance and anti-peeling performance. Widely used in industrial control motherboards, automotive multimedia head units, network set-top boxes, smart gateways, and various electronic devices with special structural openings. 2D/3D drawings and free sample requests are available.

This USB AF Black Plastic Right-Angle Sink Mount Female Connector (USB Type-A Female SINK Mount SMT/DIP Receptacle) features a precision design combining a "SINK recessed structure + standard right-angle orientation + front insert rear solder (front DIP positioning pins + rear SMT patch terminals) + black high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that demand extremely high standards in ultra-thin thickness, pull-out strength, and automated SMT processes. The SINK recessed design embeds the connector body into a cutout on the PCB, reducing the height protruding above the motherboard by approximately 50%, making it a key component for overcoming space constraints in ultra-thin chassis and compact motherboards. The process employs a "front insert rear solder" hybrid architecture: the dual-side insertion pins at the front are inserted into the PCB to provide strong anti-prying and anti-peeling mechanical strength, while the 4Pin conductive terminals at the rear use SMT patch form, perfectly matching high-speed SMT machine automated production. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable power supply. Widely used in ultra-thin laptops, industrial control tablets, automotive central control hosts, network set-top boxes, and various compact electronic devices. 2D/3D drawings and free sample requests are available.

This USB AF Full SMT Female Connector (USB Type-A Female SMT Mount Receptacle with 1.2 Harpoon Board Locks & Rolled Edge) features a precision design combining a "pure SMT full surface-mount structure + 1.2 harpoon-style SMT positioning legs + rolled edge shell opening + white high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that require full SMT automated reflow soldering, improved production line first-pass yield, and optimized cable insertion guidance. The front and both sides of the shell are equipped with 1.2 harpoon-style SMT mounting legs, which provide strong solder wetting and pulling force during reflow soldering, effectively locking onto the PCB pads and greatly enhancing peel resistance and strong anti-prying strength. The interface opening features a specially designed "Rolled Edge" anti-scratch curved treatment, which smoothly guides USB drives and cables during insertion, preventing edge catching and damage, and greatly improving user experience. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.1A power supply. Widely used in ultra-thin laptops, Mini PC motherboards, car navigation systems, smart speakers, industrial data acquisition terminals, and various high-density PCB electronic devices. 2D/3D drawings and free sample requests are available.

This dual-layer USB AF side-entry female connector (Dual Port USB Type-A Female 90 Degree Side Entry / Right Angle Receptacle) features a precision design combining a "top-bottom dual-layer 90-degree side-mounted structure + dual-channel 8Pin precision conductive terminals + side-thickened metal positioning legs + white high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that require edge-side lateral wiring, high-density dual-interface expansion, optimal reduction of overall device height, and strict requirements for lateral insertion/withdrawal stress. Compared to conventional vertical or straight-through interfaces, the dual-layer side-mounted stacked structure arranges two USB interfaces parallel to the PCB surface, allowing direct alignment with chassis side-wall openings, enabling easy multi-interface expansion without the need for adapter cables. Internally, it uses 8Pin (4Pin+4Pin) high-conductivity copper alloy terminals with independent dual-channel transmission, fully compatible with USB 2.0 480Mbps high-speed data communication and stable 1.5A~2.1A power supply. The shell is equipped with thickened lateral positioning legs on both sides and the rear, which form a robust mechanical support with the PCB after soldering, greatly enhancing resistance to prying and peeling. Widely used in industrial control motherboards, automotive central control hosts, server expansion cards, smart gateways, and various high-density side-wiring electronic devices. 2D/3D drawings and free sample requests are available.

This dual-port USB 3.0 AF side-entry female connector (Dual Port USB 3.0 Type-A Female 90 Degree Side Entry / Right Angle Receptacle) features a precision design combining a "top-and-bottom dual-layer 90-degree side-mounted structure + dual-channel 18Pin high-speed conductive terminals + side-thickened metal positioning legs + signature blue high-temperature-resistant engineering plastic." It is specifically tailored for hardware terminals that require side-edge cable routing, dual-port 5Gbps ultra-high-speed data transmission, optimal overall height reduction, and strict requirements for plugging/unplugging stress resistance. Compared to traditional USB 2.0 interfaces, USB 3.0 adds 5 sets of ultra-high-speed differential signal pins, achieving transmission rates up to 5Gbps while boosting power delivery to 900mA per port. The dual-layer side-mounted stacked structure arranges two USB 3.0 interfaces parallel to the PCB surface, allowing direct alignment with chassis side-wall openings for effortless multi-port ultra-high-speed expansion without the need for adapter cables. The housing is equipped with thickened side positioning legs on both sides and the rear, forming robust mechanical support with the PCB after soldering, greatly enhancing resistance to prying and peeling. Widely used in industrial control motherboards, server expansion cards, automotive infotainment hosts, high-definition video capture devices, and various side-exit hardware. 2D/3D drawings and free sample requests are available.

This USB AF 2.0 short body female connector (USB Type-A Female 2.0 Short Body Connector) adopts a compact structural design featuring an "ultra-short body depth + high-strength metal spring shield shell + high-conductivity copper alloy terminals." It is specifically engineered for hardware devices with tight internal PCB depth constraints and extreme requirements for minimal board footprint. Compared to standard AF female connectors with a depth of 14.0mm or 17.0mm, this short body version (body depth typically around 10.0mm~10.5mm) saves up to 30% or more of board space, greatly optimizing motherboard layout and enclosure stacking design. It is equipped with 4Pin standard USB 2.0 transmission pins, supporting 480Mbps high-speed data transfer and stable power delivery of 1.5A~2.1A. The shell features fish-hook reinforced mounting legs on both sides, providing strong insertion/withdrawal force after soldering, as well as resistance to pulling and peeling. Widely used in smart set-top boxes, routers, industrial control boards, automotive head units, automotive chargers, and various compact consumer electronics. 2D/3D drawings and free sample requests are available.

This USB AF 2.0 10.0mm Short Body Vertical DIP Female Connector (USB Type-A Female 2.0 10.0mm Vertical DIP Connector) features a precision structure design combining a "10.0mm ultra-short body depth + 180° vertical panel-mount configuration + 4Pin DIP through-hole soldering + integrated stamped fish-hook positioning legs." It is specifically tailored for hardware terminals with compact PCB layouts where the interface needs to be inserted from the top of the device or through a vertical panel. Compared to traditional 14.0mm/17.0mm European or American standard vertical A-type female connectors, the extremely short 10.0mm body height and depth significantly reduce the device's front profile and depth space, greatly improving motherboard stacking efficiency. The interface incorporates high-conductivity copper alloy terminals and premium high-temperature-resistant engineering plastic (commonly with a white core), supporting USB 2.0 480Mbps high-speed data transmission and stable power delivery of 1.5A to 2.1A. The shell is equipped with high-strength fixing pins on both sides, providing exceptional mechanical resistance to pull-out and prying after wave soldering. Widely used in industrial control motherboards, smart meters, medical instruments, compact desktop devices, charging pile control boards, and various consumer electronics requiring vertical insertion. 2D/3D drawings and free sample requests are available.

This USB AF 2.0 Side Entry 90 Degree Female Connector (USB Type-A Female 2.0 Side Entry 90 Degree DIP Connector) features a precision structure design combining a "90° side routing layout + 4Pin DIP through-hole pins + side reinforced fish-hook positioning legs + high-quality high-temperature engineering plastic." It is specifically tailored for hardware terminals requiring PCB edge routing, chassis side panel openings, or limited vertical insertion space. Compared to conventional horizontal (through-hole/surface-mount) or vertical female connectors, the side entry 90-degree structure disperses insertion stress to the side of the motherboard, making it highly suitable for side housing openings and effectively avoiding top or front space interference. The interface incorporates high-conductivity copper alloy terminals (commonly with a white plastic core), supporting USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.1A power supply. The housing features strong fixed soldering legs that firmly grip the PCB after wave soldering, providing excellent mechanical pull-out resistance and lateral prying resistance. Widely used in industrial control motherboards, car infotainment systems, medical equipment, network switches, smart meters, and various consumer electronics with side interfaces. 2D/3D drawings and free sample requests are available.

This USB AF 3.0 Sink Mount Female Connector (USB Type-A Female 3.0 Sink/SINK Type Connector) features a precision structure design combining "sink mount with PCB cutout/embedded PCB installation + 9Pin (4Pin USB 2.0 + 5Pin USB 3.0) high-density terminals + stainless steel shielding shell + classic blue high-temperature engineering plastic." It is specifically tailored for ultra-thin devices, hardware terminals with limited PCB vertical space, and strict overall thickness control requirements. By sinking the connector body into the PCB slot (cutout), the exposed height above the board is reduced by approximately 50%, significantly saving internal stacking space within the device and freeing up room for batteries or heat dissipation modules. The interface features standard 9Pin terminals, fully compatible with USB 3.0 (USB 3.2 Gen 1) 5Gbps ultra-high-speed data transmission, and backward compatible with USB 2.0/1.1 protocols. Both sides of the shell are equipped with fish-hook positioning and reinforcement pins, providing excellent pull-out resistance and anti-prying performance after soldering. Widely used in ultra-thin laptops, Mini PC motherboards, industrial tablets, HD video capture cards, portable hard drive enclosures, and high-end consumer electronics. 2D/3D drawings and free sample requests are available.

This USB AF short-body sink 1.9mm high-current female connector (USB Type-A Female Short Body Sink 1.9mm High Current Receptacle) features a precision structural design combining "1.9mm sink-and-breakthrough embedded mounting + 10.0mm short body + widened and thickened high-conductivity copper alloy terminals + eye-catching orange/green high-temperature-resistant engineering plastic." It is specifically tailored for ultra-thin fast-charging devices, automotive high-current charging ports, outdoor portable power stations, and hardware terminals with extremely high requirements for overall device thickness and power supply capability. The 1.9mm sink-and-breakthrough design significantly reduces the connector's protrusion height above the PCB surface, and when paired with the short-body structure, greatly saves PCB planar area and spatial depth. The built-in 4-pin thickened high-conductivity copper terminals feature extremely low contact resistance, easily sustaining continuous high currents of 3A to 5A (supporting QC/fast-charging protocols), with low temperature rise and stable voltage regulation. The housing includes reinforced mounting legs on both sides, providing extremely high mechanical strength after soldering. Widely used in fast-charging power banks, outdoor power supplies, automotive fast-charging mainboards, smart small appliances, and industrial fast-charging modules. 2D/3D drawings and free sample requests are available.

This Micro USB 5Pin Vertical SMT Female Receptacle features a precision structure design combining "180° vertical upright orientation + 5Pin precision SMT surface mount terminals + multi-point reinforced pins + black high-temperature-resistant LCP plastic." It is specifically tailored for hardware terminals that require vertical cable insertion at the top/front of the device, have compact PCB planar space, and demand extremely high interface peel strength. Compared to traditional horizontal SMT Micro USB receptacles, the 180-degree vertical mount structure orients the interface perpendicular to the PCB surface, significantly reducing the motherboard's planar footprint—ideal for slim, elongated, or vertical enclosure assemblies. Internally, it houses 5Pin high-conductivity copper alloy terminals, supporting Micro USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.0A power supply. The shielded shell comes with strong built-in positioning and reinforcement pins that firmly grip the PCB after reflow soldering, delivering excellent resistance to lateral prying and pull-out stress. Widely used in smart wearable devices, handheld terminals, Bluetooth audio, medical testing instruments, industrial instrumentation, and various consumer electronics with vertical openings. 2D/3D drawings and free sample requests are available.

This Micro USB 5Pin Vertical Thickened Plastic Male Connector (Micro USB 5Pin Vertical DIP Male Plug with Thickened Base) features a precision structural design combining "180° vertical upright exit + thickened drop-resistant plastic base at the tail + 5Pin precision DIP through-hole terminals + reinforced fish-hook legs on both sides." It is specifically tailored for vertical plug-in docks, automotive charging trays, small appliance charging interfaces, and hardware terminals with stringent physical insertion/withdrawal strength requirements. Compared to traditional slim male connectors, the tail uses thickened high-strength LCP/PBT insulating plastic, significantly enhancing bending resistance and fracture prevention under stress, effectively absorbing lateral prying forces. Internally, the connector uses 5Pin high-conductivity copper alloy terminals, fully compatible with Micro USB 2.0 480Mbps data transmission and stable 2.0A~3.0A power supply. The shell features vertical positioning legs on both sides, which firmly lock onto the PCB after wave soldering, providing excellent anti-peeling performance. Widely used in smart bracelet/watch charging docks, electric toothbrush bases, car mount charging ports, and various portable consumer electronics. 2D/3D drawings and free sample requests are available.

This Mini USB 5Pin Vertical Female Connector (Mini USB 5Pin Vertical DIP Female Receptacle) features a precision structural design with "180° vertical upright orientation + 5Pin DIP through-hole soldering terminals + dual thick side positioning reinforcement pins + black high-temperature-resistant LCP/PBT plastic". It is specifically tailored for hardware terminals that require vertical cable insertion/removal at the top/front of the enclosure, compact motherboard layouts, and high bonding strength at the interface during wave soldering. Compared to traditional horizontal surface-mount Mini USB female connectors, the 180-degree vertical upright structure significantly reduces the planar footprint on the PCB, facilitating assembly through vertical openings in the device enclosure. Internally, it uses 5Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable power supply of 1.5A~2.0A. The dual sides are equipped with thickened positioning pins, providing extremely high resistance to peeling and lateral prying after direct insertion and soldering onto the PCB. Widely used in industrial control instruments, car navigation devices, medical testing equipment, digital audio systems, and various portable electronic devices. 2D/3D drawings and free sample requests are available.

This USB AF side-mount female connector (USB Type-A Female Right Angle Side Mount Receptacle) features a precision structural design combining "horizontal side-mount wiring + 4Pin precision conductive terminals + strong metal side fixing pins + white high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that require side panel openings on the chassis, flat insertion of USB drives or data cables, low-profile design, and strict requirements for insertion/withdrawal pull force. The horizontal side-mount structure makes the insertion direction parallel to the PCB surface, effectively reducing the overall device thickness and perfectly fitting edge openings on the housing. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable power supply of 1.5A~2.1A. The housing is equipped with thickened positioning fixing pins on both sides, which firmly lock onto the PCB after soldering, effectively resisting lateral pull force and peeling stress caused by frequent plugging and unplugging. Widely used in industrial control motherboards, routers/switches, vehicle navigation systems, network set-top boxes, and various electronic terminals with side openings. 2D/3D drawings and free sample requests are available.

This USB AF black plastic reverse female connector (USB Type-A Female Reverse/Inverted Mount Receptacle) features a precision design combining a "reverse/inverted structure + 4Pin precision conductive terminals + black high-temperature resistant engineering plastic (black plastic) + sturdy metal positioning pins." It is specifically tailored for hardware terminals where the motherboard and enclosure are constrained, requiring reversed plug-in orientation or adjustment of terminal contact surface height differences. The reverse structure effectively resolves the issue of plug insertion interference for standard forward female connectors with U-disk/cables at specific PCB layer heights. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.1A power supply. The outer shell is equipped with thickened positioning and fixing pins on both sides, which firmly secure it to the PCB after wave soldering/reflow soldering, offering outstanding pull-out resistance and anti-peeling performance. Widely used in industrial control motherboards, automotive multimedia head units, network set-top boxes, smart gateways, and various electronic devices with special structural openings. 2D/3D drawings and free sample requests are available.

This USB AF Black Plastic Right-Angle Sink Mount Female Connector (USB Type-A Female SINK Mount SMT/DIP Receptacle) features a precision design combining a "SINK recessed structure + standard right-angle orientation + front insert rear solder (front DIP positioning pins + rear SMT patch terminals) + black high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that demand extremely high standards in ultra-thin thickness, pull-out strength, and automated SMT processes. The SINK recessed design embeds the connector body into a cutout on the PCB, reducing the height protruding above the motherboard by approximately 50%, making it a key component for overcoming space constraints in ultra-thin chassis and compact motherboards. The process employs a "front insert rear solder" hybrid architecture: the dual-side insertion pins at the front are inserted into the PCB to provide strong anti-prying and anti-peeling mechanical strength, while the 4Pin conductive terminals at the rear use SMT patch form, perfectly matching high-speed SMT machine automated production. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable power supply. Widely used in ultra-thin laptops, industrial control tablets, automotive central control hosts, network set-top boxes, and various compact electronic devices. 2D/3D drawings and free sample requests are available.

This USB AF Full SMT Female Connector (USB Type-A Female SMT Mount Receptacle with 1.2 Harpoon Board Locks & Rolled Edge) features a precision design combining a "pure SMT full surface-mount structure + 1.2 harpoon-style SMT positioning legs + rolled edge shell opening + white high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that require full SMT automated reflow soldering, improved production line first-pass yield, and optimized cable insertion guidance. The front and both sides of the shell are equipped with 1.2 harpoon-style SMT mounting legs, which provide strong solder wetting and pulling force during reflow soldering, effectively locking onto the PCB pads and greatly enhancing peel resistance and strong anti-prying strength. The interface opening features a specially designed "Rolled Edge" anti-scratch curved treatment, which smoothly guides USB drives and cables during insertion, preventing edge catching and damage, and greatly improving user experience. Internally, it uses 4Pin high-conductivity copper alloy terminals, fully compatible with USB 2.0 480Mbps high-speed data transmission and stable 1.5A~2.1A power supply. Widely used in ultra-thin laptops, Mini PC motherboards, car navigation systems, smart speakers, industrial data acquisition terminals, and various high-density PCB electronic devices. 2D/3D drawings and free sample requests are available.

This dual-layer USB AF side-entry female connector (Dual Port USB Type-A Female 90 Degree Side Entry / Right Angle Receptacle) features a precision design combining a "top-bottom dual-layer 90-degree side-mounted structure + dual-channel 8Pin precision conductive terminals + side-thickened metal positioning legs + white high-temperature resistant engineering plastic." It is specifically tailored for hardware terminals that require edge-side lateral wiring, high-density dual-interface expansion, optimal reduction of overall device height, and strict requirements for lateral insertion/withdrawal stress. Compared to conventional vertical or straight-through interfaces, the dual-layer side-mounted stacked structure arranges two USB interfaces parallel to the PCB surface, allowing direct alignment with chassis side-wall openings, enabling easy multi-interface expansion without the need for adapter cables. Internally, it uses 8Pin (4Pin+4Pin) high-conductivity copper alloy terminals with independent dual-channel transmission, fully compatible with USB 2.0 480Mbps high-speed data communication and stable 1.5A~2.1A power supply. The shell is equipped with thickened lateral positioning legs on both sides and the rear, which form a robust mechanical support with the PCB after soldering, greatly enhancing resistance to prying and peeling. Widely used in industrial control motherboards, automotive central control hosts, server expansion cards, smart gateways, and various high-density side-wiring electronic devices. 2D/3D drawings and free sample requests are available.

This dual-port USB 3.0 AF side-entry female connector (Dual Port USB 3.0 Type-A Female 90 Degree Side Entry / Right Angle Receptacle) features a precision design combining a "top-and-bottom dual-layer 90-degree side-mounted structure + dual-channel 18Pin high-speed conductive terminals + side-thickened metal positioning legs + signature blue high-temperature-resistant engineering plastic." It is specifically tailored for hardware terminals that require side-edge cable routing, dual-port 5Gbps ultra-high-speed data transmission, optimal overall height reduction, and strict requirements for plugging/unplugging stress resistance. Compared to traditional USB 2.0 interfaces, USB 3.0 adds 5 sets of ultra-high-speed differential signal pins, achieving transmission rates up to 5Gbps while boosting power delivery to 900mA per port. The dual-layer side-mounted stacked structure arranges two USB 3.0 interfaces parallel to the PCB surface, allowing direct alignment with chassis side-wall openings for effortless multi-port ultra-high-speed expansion without the need for adapter cables. The housing is equipped with thickened side positioning legs on both sides and the rear, forming robust mechanical support with the PCB after soldering, greatly enhancing resistance to prying and peeling. Widely used in industrial control motherboards, server expansion cards, automotive infotainment hosts, high-definition video capture devices, and various side-exit hardware. 2D/3D drawings and free sample requests are available.