All IPs > Other > Other
The 'Other > Other' category at Silicon Hub serves as a diverse collection of semiconductor IPs that cater to niche and specialized applications, encompassing a range of unique and tailored solutions for emerging technologies. This category is a treasure trove for designers and engineers looking for semiconductor IP solutions that do not fit into traditional categories. It is ideal for those working on innovative projects that push the boundaries of technology, requiring customized and highly specific functionality.
This category includes a variety of specialized IP offerings, from experimental interfacing technologies and bespoke processing solutions to cutting-edge security features and beyond. Each solution is crafted to address unique challenges and requirements that standard semiconductor IPs might not account for. Designers can explore a wide array of options that can enhance their system performance, add new capabilities, or provide competitive advantages in their respective industries.
Within 'Other > Other,' you’ll find semiconductor IPs that are pivotal in developing emerging technologies such as AI-enhanced processing units, advanced IoT frameworks, and next-generation wireless communication standards. These IPs often lead the charge in innovation, enabling companies to rapidly prototype and deploy new technologies with reduced time-to-market and increased reliability.
Whether you’re looking to integrate novel functionality into consumer electronics, enhance industrial automation systems, or pioneer new areas in autonomous vehicles, the 'Other > Other' category offers the semiconductor IP solutions you need to succeed. At Silicon Hub, we strive to maintain a comprehensive and ever-evolving selection of IPs to empower creation and innovation in the technology landscape.
0.75V ESD power protection. The ESD clamp is designed to provide protection for 0.75 V Analog and Core domain using 0.75V FinFet transistors in TSMC N3E process. The target ESD robustness can be selected.
The Wishbone System-on-Chip (SoC) Interconnection Architecture for Portable IP Cores is a versatile design approach for semiconductor IP cores. Its goal is to promote design reuse by addressing system-on-chip integration issues. This is accomplished by providing a standard interface for IP cores. This increases the system's mobility and stability, resulting in a shorter time-to-market for end users.
Avalon interfaces make system design easier by allowing you to connect components in Intel FPGAs. The Avalon interface family defines interfaces that can stream high-speed data, read and write registers and memory, and operate off-chip devices. Platform Designer components incorporate these standard interfaces. Furthermore, you can include Avalon APIs in custom components, increasing the interoperability of designs.
TileLink is a chip-scale connection standard that enables many masters to have synchronised memory mapped access to memory and other slave devices. TileLink is intended for use in a System On-Chip (SoC) to connect general-purpose multiprocessors, co-processors, accelerators, DMA engines, and simple or complicated devices, utilising a fast, scalable interconnect that provides both low latency and high-throughput transfers.
Various bus types of protocols are available and employed in many applications, all of which require a bridge to operate safely and without loss of data. SoC is essentially a system made up of components and their interconnections. Recently, the development of SoC chips with reusable IP cores has received more attention due to their lower cost and shorter time to market. The communication between the several IP cores should be lossless and designer-friendly.