Abstract: An electronic device is disclosed, including a first set of processor cores including at least one processor core and a second set of processor cores including at least one processor core. The electronic device is configured such that during initialization of the electronic device: the first set of processor cores executes first initialization instructions in a first execution environment, the second set of processor cores executes second initialization instructions in a second execution environment, and the first set and the second set at least one of read or write to a shared register.

Abstract: Methods, apparatus, systems, and articles of manufacture perform an enhanced S3 protocol to update firmware with a Boot Script update are disclosed. An example apparatus includes a management agent to store a firmware update into memory; and request an operating system (OS) to enter into an S3 sleep state; the OS to, in response to the request from the management agent, enter into the S3 sleep state and trigger an interrupt; and a basic input/output system (BIOS) to, in response to the interrupt from the OS update a Boot Script according to the firmware update; and wake up the OS with a wake vector.

Abstract: Systems, apparatuses and methods may provide for technology that collects, by a BIOS (basic input output system), memory information from a first host path to a coherent device memory on a memory expander, wherein the memory expander includes a plurality of host paths, transfers the memory information from the BIOS to an OS (operating system) via one or more OS interface tables, and initializes, by the OS, the memory expander based on the memory information, wherein the memory information includes memory capabilities and configuration settings associated with the memory expander.

Abstract: The invention discloses a display module comprising a black optical layer and a transparent protective layer. The black optical layer covers the light-emitting units and ensures proper alignment and sealing. Light-emitting units penetrate the optical layers to maintain uninterrupted light output. The packaging structure reduces moisture intrusion and protects against environmental damage. A transparent protective layer overlays the black optical layer, enhancing durability and structural integrity. Additionally, the module incorporates an anti-glare film press-fitted onto the packaging layer, minimizing external light interference and optimizing light distribution across viewing angles. These design features enable a thinner display with consistent optical performance.

Abstract: A display module, an LED optical device and a manufacturing method therefor. The display module and the LED optical device each includes a substrate (1), a plurality of light-emitting units (2) arranged on the top surface of the substrate (1), and a packaging layer (3) arranged on the substrate (1) and covering each light-emitting unit (2), where each light-emitting unit (2) includes at least one LED chip, and the packaging layer (3) is configured to transmit light emitted by the LED chip.

Abstract: Examples relate to a concept for providing access to remote memory. A network interface controller apparatus comprises circuitry configured to obtain a memory transaction request with respect to memory of a first host hosting the network interface controller apparatus from a second host. The circuitry is configured to translate the memory transaction request to a cache transaction request. The circuitry is configured to provide the cache transaction request to the first host. The circuitry is configured to obtain a response to the cache transaction request from the first host. The circuitry is configured to provide information on the response to the cache transaction request to the second host.

Abstract: Systems, apparatuses and methods may provide for technology that collects, by a BIOS (basic input output system), memory information from a first host path to a coherent device memory on a memory expander, wherein the memory expander includes a plurality of host paths, transfers the memory information from the BIOS to an OS (operating system) via one or more OS interface tables, and initializes, by the OS, the memory expander based on the memory information, wherein the memory information includes memory capabilities and configuration settings associated with the memory expander.

Abstract: Methods, apparatus, systems, and articles of manufacture perform an enhanced S3 protocol to update firmware with a Boot Script update are disclosed. An example apparatus includes a management agent to store a firmware update into memory; and request an operating system (OS) to enter into an S3 sleep state; the OS to, in response to the request from the management agent, enter into the S3 sleep state and trigger an interrupt; and a basic input/output system (BIOS) to, in response to the interrupt from the OS update a Boot Script according to the firmware update; and wake up the OS with a wake vector.

Abstract: Disclosed are a light-emitting means and a manufacturing method therefor, a lead frame (10), a support and a light-emitting device. A support forming region (11) in the lead frame (10) is internally provided with a supporting portion (12) and a lead portion (13) which extend from the main body of the lead frame (10), the supporting portion (12) comprises first and second supporting portions (121/122) arranged opposite to each other, the support forming region (11) is configured for forming a base body (20), and the supporting portion (12) is configured for being respectively embedded into a first outer side face (21) and a second outer side face (22) that are arranged opposite to each other on the formed base body (20). The supporting portions (12) on the lead frame (10) extend respectively into bayonets (23) provided merely on opposite side surfaces of an LED product, so as to fix six degrees of freedom of the LED product, improving the stability of the LED product when same is fixed.

Abstract: Systems, apparatuses and methods may provide for technology that sends first operation instructions to a first platoon of autonomous vehicles positioned behind a first lead vehicle, wherein the first operation instructions correspond to a manual operation of the first lead vehicle. The technology may also establish a direct communications link between the first lead vehicle and a second lead vehicle positioned ahead of the first lead vehicle, wherein the second lead vehicle is to be associated with a second platoon of autonomous vehicles. Additionally, the technology broadcasts second operation instructions from the direct communications link to the first platoon of autonomous vehicles while the first lead vehicle is in an autonomous mode, wherein the second operation instructions correspond to a manual operation of the second lead vehicle. The technology may also discontinue the direct communications link between the first lead vehicle and the second lead vehicle.

Abstract: An electronic device is disclosed, including a first set of processor cores including at least one processor core and a second set of processor cores including at least one processor core. The electronic device is configured such that during initialization of the electronic device: the first set of processor cores executes first initialization instructions in a first execution environment, the second set of processor cores executes second initialization instructions in a second execution environment, and the first set and the second set at least one of read or write to a shared register.

Abstract: A LED support, an LED and a light-emitting device are provided. The LED support comprising a positive electrode substrate and a negative electrode substrate, an insulating enclosure body enclosing the positive electrode substrate and the negative electrode substrate. A front surface of each of the positive electrode substrate and the negative electrode substrate has a functional region and an enclosure contact region contacting the enclosure body. The functional region and the enclosure contact region of at least one substrate of the positive electrode substrate and the negative electrode substrate are not on the same plane, so that the path between the enclosure contact region and the functional region of the substrate may be extended, that is, the path for the moisture entering the functional region is extended, thereby improving the moisture resistance, reliability and durability of the LED support and the LED manufactured by the LED support.

Abstract: Capacity planning in a multi-array system that includes a plurality of storage arrays, includes: receiving data representing projected capacity utilization for at least one of the plurality of storage arrays, where the projected capacity utilization is generated in dependence upon capacity utilization patterns of a plurality of other storage arrays; and presenting the projected capacity utilization.