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USB 3.0 Hub Laptop Expander 7-Port Converter
Supports simultaneous use of 7 ports, eliminating the limitation of insufficient interfaces and making it more convenient to use
Equipped with 5V DC power supply, 7-port full load stable and non lagging to meet the charging needs of multiple devices
Each USB interface has an independent switch, which facilitates separate control of connected devices without interfering with each other, ensuring stable and secure transmission
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140W 6-port multi-port PD charger fast charging dock
【Product weight and dimensions】
A: Product weight: 630g
B: Weight with packaging: 700g
C: Product dimensions: 170*130*38mm (excluding bracket height)
D: Dimensions with packaging: 18.8*18*5.5cm
【Packing information】
A: Number of outer boxes: 20/pcs
B: Dimensions of outer boxes: 40.5*30.5*40cm
C: Net weight: 14kg
D: Gross weight: 14.8kg
Type-C 5-in-1 multifunctional docking station Thunderbolt 3 Gigabit Ethernet port expansion suitable for Macbook Pro
Product Name: Dual Type-C Five in One Expansion Dock/Macbook Series
Output ports: HDMI/USB 3.0 * 2/Thunderbolt 3/100Mbps Ethernet port
Thunderbolt 3 port: PD3.0 100W fast charging/40Gbps high-speed data transmission
HDMI port: Supports 4k@30HZ Video output
USB 3.0 port: 5Gbps data transfer
100Mbps Ethernet port: connect to Ethernet cable
Applicable computers: Macbook Pro 2016/2017/2018/2019/2020 13inch,15inch,Macbook Pro2021 14inch 16inch,Macbook Air
USB extender high-speed hub 7-port expansion dock splitter
How do hub networks work?
Hub networks are a type of computer network that connects multiple devices or nodes in order to share resources, information, and services. A hub network is composed of one or more hubs (central connection points) and all other connected devices. Each device on the network is connected directly to the hub, which acts as a central point for data transmission. Data is sent from one device to another via the hub and can be exchanged between any two devices connected to the hub. In a hub network, all devices share bandwidth with each other, meaning that all resources are available to any connected device at any time. However, this also means that there's less overall capacity on the network as each node has to compete for access to the same resources. As such, it's important to ensure that your network has sufficient capacity in order to ensure maximum performance. In addition, this type of network architecture is usually better suited for smaller networks since larger ones can quickly become overcrowded and slow down overall performance.