SharkTech Server Honeypot Defense Patch Package, [2025/8/3 22:29]
SLI HB BRIDGE桥接器
SLI HB桥接器的全称是SLI High-Brandwith桥接器，意思就是高带宽桥接器，是NVIDIA的新一代显卡桥接器，SLI HB桥接器目前只支持双显卡，并且强制在双显卡下使用四个SLI金手指（老桥接器是使用两个SLI金手指进行桥接），频率也从400MHz提升到了650MHz，根据NVIDIA官方的说法，SLI HB桥接器的带宽大概可以达到之前桥接器的2倍。
SLI HB BRIDGE桥接器
SLI HB桥接器的全称是SLI High-Brandwith桥接器，意思就是高带宽桥接器，是NVIDIA的新一代显卡桥接器，SLI HB桥接器目前只支持双显卡，并且强制在双显卡下使用四个SLI金手指（老桥接器是使用两个SLI金手指进行桥接），频率也从400MHz提升到了650MHz，根据NVIDIA官方的说法，SLI HB桥接器的带宽大概可以达到之前桥接器的2倍。
SLI HB BRIDGE
The full name of SLI HB bridge is SLI High-Brandwith bridge, which means high-bandwidth bridge. It is NVIDIA's new generation of graphics card bridge. SLI HB bridge currently only supports dual graphics cards, and it is forced to use four SLI gold fingers under dual graphics cards (the old bridge uses two SLI gold fingers for bridging), and the frequency is also increased from 400MHz to 650MHz. According to NVIDIA officials, the bandwidth of SLI HB bridge can reach about twice that of the previous bridge.
The full name of SLI HB bridge is SLI High-Brandwith bridge, which means high-bandwidth bridge. It is NVIDIA's new generation of graphics card bridge. SLI HB bridge currently only supports dual graphics cards, and it is forced to use four SLI gold fingers under dual graphics cards (the old bridge uses two SLI gold fingers for bridging), and the frequency is also increased from 400MHz to 650MHz. According to NVIDIA officials, the bandwidth of SLI HB bridge can reach about twice that of the previous bridge.
SharkTech Server Honeypot Defense Patch Package, [2025/8/4 22:31]
3Aqara 网关 M2
Aqara 网关 M2 是一款智能家居控制中心。它支持 Siri 语音控制、自动化与场景控制，可搭配 Aqara 智能家居设备与其他 HomeKit 配件使用。此外，它还可控制支持红外功能的传统家电。凭借双 Wi-Fi 天线和 2×2 MIMO 无线技术，它可提供强劲的 Wi-Fi 信号和出色的穿墙能力，信号覆盖范围广，信号传输也稳定。
3Aqara 网关 M2
Aqara 网关 M2 是一款智能家居控制中心。它支持 Siri 语音控制、自动化与场景控制，可搭配 Aqara 智能家居设备与其他 HomeKit 配件使用。此外，它还可控制支持红外功能的传统家电。凭借双 Wi-Fi 天线和 2×2 MIMO 无线技术，它可提供强劲的 Wi-Fi 信号和出色的穿墙能力，信号覆盖范围广，信号传输也稳定。
Aqara Gateway M2
Aqara Gateway M2 is a smart home control center. It supports Siri voice control, automation and scene control, and can be used with Aqara smart home devices and other HomeKit accessories. In addition, it can also control traditional home appliances that support infrared functions. With dual Wi-Fi antennas and 2×2 MIMO wireless technology, it provides strong Wi-Fi signals and excellent wall penetration capabilities, with wide signal coverage and stable signal transmission.
Aqara Gateway M2 is a smart home control center. It supports Siri voice control, automation and scene control, and can be used with Aqara smart home devices and other HomeKit accessories. In addition, it can also control traditional home appliances that support infrared functions. With dual Wi-Fi antennas and 2×2 MIMO wireless technology, it provides strong Wi-Fi signals and excellent wall penetration capabilities, with wide signal coverage and stable signal transmission.
LoRaWAN套接字同步蓝牙网关
使用 Lansitec SocketSync 蓝牙网关简化室内跟踪和数据收集。这款紧凑型设备基于 BLE 和 LoRaWAN 技术的强大组合，可读取蓝牙信标数据（例如位置或传感器测量值），并通过 LoRaWAN 将其安全地转发到您首选的服务器或云平台。SocketSync 网关专为轻松安装在办公楼、医院或公共场所而设计，具有可调整的参数（包括心跳间隔和 LoRaWAN 工作模式），因此您可以根据自己的特定需求定制其操作。无论您是跟踪医院设备、监控员工活动还是管理公共空间，SocketSync 都能提供灵活、经济高效的网关解决方案，并将停机时间降至最低。
使用 Lansitec SocketSync 蓝牙网关简化室内跟踪和数据收集。这款紧凑型设备基于 BLE 和 LoRaWAN 技术的强大组合，可读取蓝牙信标数据（例如位置或传感器测量值），并通过 LoRaWAN 将其安全地转发到您首选的服务器或云平台。SocketSync 网关专为轻松安装在办公楼、医院或公共场所而设计，具有可调整的参数（包括心跳间隔和 LoRaWAN 工作模式），因此您可以根据自己的特定需求定制其操作。无论您是跟踪医院设备、监控员工活动还是管理公共空间，SocketSync 都能提供灵活、经济高效的网关解决方案，并将停机时间降至最低。
LoRaWAN SocketSync Bluetooth Gateway
Simplify indoor tracking and data collection with the Lansitec SocketSync Bluetooth Gateway. Based on the powerful combination of BLE and LoRaWAN technologies, this compact device reads Bluetooth beacon data (such as location or sensor measurements) and securely forwards it to your preferred server or cloud platform via LoRaWAN. Designed for easy installation in office buildings, hospitals or public spaces, the SocketSync gateway features adjustable parameters (including heartbeat interval and LoRaWAN operating mode) so you can tailor its operation to your specific needs. Whether you are tracking hospital equipment, monitoring employee activity or managing public spaces, SocketSync provides a flexible, cost-effective gateway solution with minimal downtime.
Simplify indoor tracking and data collection with the Lansitec SocketSync Bluetooth Gateway. Based on the powerful combination of BLE and LoRaWAN technologies, this compact device reads Bluetooth beacon data (such as location or sensor measurements) and securely forwards it to your preferred server or cloud platform via LoRaWAN. Designed for easy installation in office buildings, hospitals or public spaces, the SocketSync gateway features adjustable parameters (including heartbeat interval and LoRaWAN operating mode) so you can tailor its operation to your specific needs. Whether you are tracking hospital equipment, monitoring employee activity or managing public spaces, SocketSync provides a flexible, cost-effective gateway solution with minimal downtime.
集线器和中继器的区别介绍
集线器和中继器两者功能相似，但也有不同。中继器又叫重发器，是LAN(局域网)环境下用来延长网络距离的互连设备中最简单、最廉价的设备。中继器是物理层上的网络互连设备，它的作用是重新生成信号（即对原信号进行放大和整形）。 中继器(Repeater)又称重发器，是一种最为简单但也是用得最多的互连设备。中继器仅适用于以太网，可将两段或两段以上以太网（还是指同一个以太网）互连起来。中继器只对电缆上传输的数据信号再生放大，再重发到其它电缆段上。对链路层以上的协议来说，用中继器互连起来的若干段电缆与单根电缆并无区别(除了中断器本身会引起一定的时间延迟外)。
集线器和中继器的相同点：两者都是对接收到的信号进行再生整形放大，以扩大网络的传输距离。之所以这样做，是因为由于数据在线路上传送存在损耗，在线路上传输的信号功率会逐渐衰减，衰减到一定程度时将造成信号失真，因此会导致接收错误。
集线器和中继器两者功能相似，但也有不同。中继器又叫重发器，是LAN(局域网)环境下用来延长网络距离的互连设备中最简单、最廉价的设备。中继器是物理层上的网络互连设备，它的作用是重新生成信号（即对原信号进行放大和整形）。 中继器(Repeater)又称重发器，是一种最为简单但也是用得最多的互连设备。中继器仅适用于以太网，可将两段或两段以上以太网（还是指同一个以太网）互连起来。中继器只对电缆上传输的数据信号再生放大，再重发到其它电缆段上。对链路层以上的协议来说，用中继器互连起来的若干段电缆与单根电缆并无区别(除了中断器本身会引起一定的时间延迟外)。
集线器和中继器的相同点：两者都是对接收到的信号进行再生整形放大，以扩大网络的传输距离。之所以这样做，是因为由于数据在线路上传送存在损耗，在线路上传输的信号功率会逐渐衰减，衰减到一定程度时将造成信号失真，因此会导致接收错误。
The difference between a hub and a repeater
Hubs and repeaters have similar functions, but they are also different. A repeater, also known as a repeater, is the simplest and cheapest interconnection device used to extend the network distance in a LAN (local area network) environment. A repeater is a network interconnection device at the physical layer. Its function is to regenerate the signal (i.e., amplify and reshape the original signal). A repeater, also known as a repeater, is the simplest but most commonly used interconnection device.Repeaters are only applicable to Ethernet and can interconnect two or more Ethernet segments (or the same Ethernet). Repeaters only regenerate and amplify the data signal transmitted on the cable and then retransmit it to other cable segments. For protocols above the link layer, several cable segments interconnected by repeaters are no different from a single cable (except that the interrupter itself will cause a certain time delay).
The similarities between hubs and repeaters are that they both regenerate, reshape, and amplify the received signal to extend the transmission distance of the network. This is because the power of the signal transmitted on the line will gradually attenuate due to the loss of data transmission on the line. When the attenuation reaches a certain level, it will cause signal distortion, thus leading to reception errors.
Hubs and repeaters have similar functions, but they are also different. A repeater, also known as a repeater, is the simplest and cheapest interconnection device used to extend the network distance in a LAN (local area network) environment. A repeater is a network interconnection device at the physical layer. Its function is to regenerate the signal (i.e., amplify and reshape the original signal). A repeater, also known as a repeater, is the simplest but most commonly used interconnection device.Repeaters are only applicable to Ethernet and can interconnect two or more Ethernet segments (or the same Ethernet). Repeaters only regenerate and amplify the data signal transmitted on the cable and then retransmit it to other cable segments. For protocols above the link layer, several cable segments interconnected by repeaters are no different from a single cable (except that the interrupter itself will cause a certain time delay).
The similarities between hubs and repeaters are that they both regenerate, reshape, and amplify the received signal to extend the transmission distance of the network. This is because the power of the signal transmitted on the line will gradually attenuate due to the loss of data transmission on the line. When the attenuation reaches a certain level, it will cause signal distortion, thus leading to reception errors.
集線器-24PORT-HUB出租
工程架設服務
網路架設-展場有線無線WIFI
網路有線無線Wifi 工程
多媒體影音工程
工程架設服務
網路架設-展場有線無線WIFI
網路有線無線Wifi 工程
多媒體影音工程
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800 系列网络适配器（高达 100GbE）
800 系列网络适配器至高可提供 100 GbE 的速度，并可用于 PCIe 和 OCP 外形。800 系列的新功能和改进功能包括 Application Device Queues (ADQ)、Dynamic Device Personalization (DDP) 以及对 iWARP 和 RoCEv2 远程直接内存访问 (RDMA) 的支持，可提供工作负载优化的性能以及满足不断变化的网络要求的灵活性。从 800 系列中进行选择，以处理高性能服务器工作负载，例如 NFV、存储、HPC-AI 和混合云。
800 系列网络适配器至高可提供 100 GbE 的速度，并可用于 PCIe 和 OCP 外形。800 系列的新功能和改进功能包括 Application Device Queues (ADQ)、Dynamic Device Personalization (DDP) 以及对 iWARP 和 RoCEv2 远程直接内存访问 (RDMA) 的支持，可提供工作负载优化的性能以及满足不断变化的网络要求的灵活性。从 800 系列中进行选择，以处理高性能服务器工作负载，例如 NFV、存储、HPC-AI 和混合云。
800 Series Network Adapters (up to 100GbE)
The 800 Series network adapters deliver speeds up to 100 GbE and are available in PCIe and OCP form factors. New and improved features of the 800 Series include Application Device Queues (ADQ), Dynamic Device Personalization (DDP), and support for iWARP and RoCEv2 Remote Direct Memory Access (RDMA), providing workload-optimized performance and the flexibility to meet changing network requirements. Choose from the 800 Series to handle high-performance server workloads such as NFV, storage, HPC-AI, and hybrid cloud.
The 800 Series network adapters deliver speeds up to 100 GbE and are available in PCIe and OCP form factors. New and improved features of the 800 Series include Application Device Queues (ADQ), Dynamic Device Personalization (DDP), and support for iWARP and RoCEv2 Remote Direct Memory Access (RDMA), providing workload-optimized performance and the flexibility to meet changing network requirements. Choose from the 800 Series to handle high-performance server workloads such as NFV, storage, HPC-AI, and hybrid cloud.
Jeddak数据安全沙箱
为了应对上述挑战，火山引擎云安全的安全研究团队推出了Jeddak数据安全沙箱，沙箱以可信执行环境（Trusted Execution Environment，TEE）为核心，为用户提供安全、高效、通用的广告精筛、归因分析等隐私计算能力，现已服务于某头部金融信贷公司，为该客户在国内某广告平台投放过程的用户隐私，提供安全保障。
为了应对上述挑战，火山引擎云安全的安全研究团队推出了Jeddak数据安全沙箱，沙箱以可信执行环境（Trusted Execution Environment，TEE）为核心，为用户提供安全、高效、通用的广告精筛、归因分析等隐私计算能力，现已服务于某头部金融信贷公司，为该客户在国内某广告平台投放过程的用户隐私，提供安全保障。
Jeddak Data Security Sandbox
In order to meet the above challenges, the security research team of Volcano Engine Cloud Security launched the Jeddak Data Security Sandbox. The sandbox is based on the Trusted Execution Environment (TEE) and provides users with safe, efficient and universal privacy computing capabilities such as advertising screening and attribution analysis. It is currently serving a leading financial credit company, providing security protection for the user privacy of the customer during the delivery process of a domestic advertising platform.
In order to meet the above challenges, the security research team of Volcano Engine Cloud Security launched the Jeddak Data Security Sandbox. The sandbox is based on the Trusted Execution Environment (TEE) and provides users with safe, efficient and universal privacy computing capabilities such as advertising screening and attribution analysis. It is currently serving a leading financial credit company, providing security protection for the user privacy of the customer during the delivery process of a domestic advertising platform.
心跳源检测异常
顾名思义，通过心跳源，初步发现异常。通常心跳变化会有三类消息，update消息，delete消息和insert消息。心跳逻辑在于，正常情况下SA服务端与NC建立长连接，每数秒缓存一次心跳，每几分钟打包上报一次，但当NC异常时，长连接感知后，立即上报异常，并修改路由表。所以心跳异常做到秒级感知。
顾名思义，通过心跳源，初步发现异常。通常心跳变化会有三类消息，update消息，delete消息和insert消息。心跳逻辑在于，正常情况下SA服务端与NC建立长连接，每数秒缓存一次心跳，每几分钟打包上报一次，但当NC异常时，长连接感知后，立即上报异常，并修改路由表。所以心跳异常做到秒级感知。
Heartbeat source detection anomaly
As the name implies, the anomaly is initially detected through the heartbeat source. Usually, there are three types of messages for heartbeat changes: update messages, delete messages, and insert messages. The heartbeat logic is that under normal circumstances, the SA server establishes a long connection with the NC, caches the heartbeat every few seconds, and packages and reports it every few minutes. However, when the NC is abnormal, the long connection is detected, the anomaly is immediately reported, and the routing table is modified. Therefore, the heartbeat anomaly can be detected in seconds.
As the name implies, the anomaly is initially detected through the heartbeat source. Usually, there are three types of messages for heartbeat changes: update messages, delete messages, and insert messages. The heartbeat logic is that under normal circumstances, the SA server establishes a long connection with the NC, caches the heartbeat every few seconds, and packages and reports it every few minutes. However, when the NC is abnormal, the long connection is detected, the anomaly is immediately reported, and the routing table is modified. Therefore, the heartbeat anomaly can be detected in seconds.
异常排除
排除非物理机器，将系统中暂时不关注的VM等产生的异常信息排除掉。
排除非业务状态的机器，如装机状态中的，包括生产中，维修中，迁移中，重装中，销毁中，重启中，无管控状态，只监控正常状态的机器。
排除非正在工作的机器，如非working状态机器。异常排除
排除非物理机器，将系统中暂时不关注的VM等产生的异常信息排除掉。
排除非业务状态的机器，如装机状态中的，包括生产中，维修中，迁移中，重装中，销毁中，重启中，无管控状态，只监控正常状态的机器。
排除非正在工作的机器，如非working状态机器。
排除非物理机器，将系统中暂时不关注的VM等产生的异常信息排除掉。
排除非业务状态的机器，如装机状态中的，包括生产中，维修中，迁移中，重装中，销毁中，重启中，无管控状态，只监控正常状态的机器。
排除非正在工作的机器，如非working状态机器。异常排除
排除非物理机器，将系统中暂时不关注的VM等产生的异常信息排除掉。
排除非业务状态的机器，如装机状态中的，包括生产中，维修中，迁移中，重装中，销毁中，重启中，无管控状态，只监控正常状态的机器。
排除非正在工作的机器，如非working状态机器。
Abnormal exclusion
Exclude non-physical machines and exclude abnormal information generated by VMs that are not currently being paid attention to in the system.
Exclude machines in non-business states, such as those in the installation state, including those in production, maintenance, migration, reinstallation, destruction, restart, and no control state, and only monitor machines in normal state.
Exclude machines that are not working, such as machines in non-working state.
Exclude non-physical machines and exclude abnormal information generated by VMs that are not currently being paid attention to in the system.
Exclude machines in non-business states, such as those in the installation state, including those in production, maintenance, migration, reinstallation, destruction, restart, and no control state, and only monitor machines in normal state.
Exclude machines that are not working, such as machines in non-working state.