A computer-implemented method for generating an advanced-on-chip-variation (AOCV) table of a cell. The AOCV table contains the delay of the cell which is derived from a variation factor of a plurality of input patterns of the cell. The variation factor of each input pattern is derived from...
On-chip, programmable, and customizable linearization, as implemented in the A1335 angle sensor IC, allows the system designer to meet the aforementioned accuracy objectives without adding additional complexity and cost to the system design. The A1335...
The Cadence®Full-Flow Digital Implementation and Signoff tools can handle and support all the special requirements of today’s FinFET and advanced-node FD-SOI designs. These tools prevent and correct harmful lithography hotspots, random defects, on-chip variation, and variation due to chemical-...
The emergence of cell-on-a-chip technology has dramatically facilitated single-cell analysis through customized and flexible designs of microchannels and chambers. At the microscale, the physical properties of cells can be explored. For instance, the varying weights of different cells can be utilized ...
variation because there is no one solution that can fit all. With chiplets, there are so many different ways that people are putting together 3D structures. TSMC has CoWoS (chip on wafer on substrate), InFO (integrated fan-out) and SoIC (system on integrated chip). Intel has its ODI (...
Parametric on-chip variation Historically, if a chip passed timing at a “slow” corner and “fast” corner, timing was considered closed. Today, there are far too many timing variables and timing margins are far too tight for an approach like this to work. Instead, a statistical dela...
which has been the gatekeeper of Moore’s Law since it was first introduced, has begun offering advanced packaging options using its Embedded Multi-die Interconnect Bridge (EMIB) to shorten the distance between various components on a chip and to widen the signal channel, which both improves per...
the digital design aspects and chapters 11 through 20, focusing on the system aspects of chip ...
a tunable DFB (distributed feedback) laser, a backside power monitor (PM), a TE/TM-to-be splitter sending light to a nested pair of MZMs in every path, and two AWGs separately combine the TE/TM-to-be channels into two output waveguides all integrated monolithically on a single chip. ...
correct for the number of T cells detected in each sample, we calculated the proportion of shared TCRs relative to the total number of TCRs detected in PBMCs and found that responders displayed a higher degree of TCR sharing (on average 2%; p = 0.03; Fig.3a). Similar trends were ...