“…For the DC input power supply, the output voltage can't be directly connected to the IC, but also need to add some circuits to improve the quality of the power supply and power protection. The four most important conditions should be met: overcurrent protection, overvoltage protection, anti-reaction [4] , and filtering. The circuit design is shown in Figure 4: F1 is a self-restoring fuse, which is powered off when the current is too large to realize overcurrent protection.…”
MPSOC chip is the heterogeneous multiprocessing platform chip with the most extensive application and the highest stability in the global market. It has important applications in artificial intelligence, autonomous driving, and other fields. The MPSOC has a flexible power domain inside, and multiple power rails make its dedicated power module design very important. As long as the accuracy of the power supply is guaranteed, the safety of the chip can be guaranteed. A new power module is designed through the combination of DCDC, LDO, and PMIC to make the power supply more flexible and reliable and to provide more security for the application of MPSOC.
“…For the DC input power supply, the output voltage can't be directly connected to the IC, but also need to add some circuits to improve the quality of the power supply and power protection. The four most important conditions should be met: overcurrent protection, overvoltage protection, anti-reaction [4] , and filtering. The circuit design is shown in Figure 4: F1 is a self-restoring fuse, which is powered off when the current is too large to realize overcurrent protection.…”
MPSOC chip is the heterogeneous multiprocessing platform chip with the most extensive application and the highest stability in the global market. It has important applications in artificial intelligence, autonomous driving, and other fields. The MPSOC has a flexible power domain inside, and multiple power rails make its dedicated power module design very important. As long as the accuracy of the power supply is guaranteed, the safety of the chip can be guaranteed. A new power module is designed through the combination of DCDC, LDO, and PMIC to make the power supply more flexible and reliable and to provide more security for the application of MPSOC.
“…Merge mode allows a block to reuse the MVs from neighboring blocks. There are several hardware implementations targeting the HEVC ME in the literature, like [34], [35], [36], [37], [38] and [11].…”
Section: Inter-frame Predictionmentioning
confidence: 99%
“…In addition, novel and complex modes are tested, such as the Affine/Warped mode in VVC and AV1. Works targeting dedicated hardware designs for the inter prediction explore several techniques to obtain gains in coding efficiency, energy consumption, required area, high throughput and memory bandwidth, such as: multiplierless implementations [11], [12], [13], [37], [39], [40], [38]; approximate computing solutions [37], [13], [42]; reuse of common subexpression [11], [39], [12]; parallelism exploration [11], [37], [39], [40]; and hardware reconfigurability [41].…”
Section: Inter-frame Predictionmentioning
confidence: 99%
“…On the other hand, some academic works detail the proposed solutions, but most of them do not support all the encoder or decoder tools. Most of them are only focused on one of these tools, like the works [11], [12], [13], [14], which employ low-power techniques, and [15], [16], [13], which use approximate computing.…”
With the increasing demand for digital video applications in our daily lives, video coding and decoding become critical tasks that must be supported by several types of devices and systems. This paper presents a discussion of the main challenges to design dedicated hardware architectures based on modern hybrid video coding formats, such as the High Efficiency Video Coding (HEVC), the AOMedia Video 1 (AV1) and the Versatile Video Coding (VVC). The paper discusses eachstep of the hybrid video coding process, highlighting the main challenges for each codec and discussing the main hardware solutions published in the literature. The discussions presented in the paper show that there are still many challenges to be overcome and open research opportunities, especially for the AV1 and VVC codecs. Most of these challenges are related to the high throughput required for processing high and ultrahigh resolution videos in real time and to energy constraints of multimedia-capable devices.
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