PCB12 3.0 design software uses a free distribution model. Is said to extend PCB industrial-grade design environment with a high-throughput user interface; fully defined DRC/DfM rules; real-time order quoting, and 'click-to-order' function. Upgrades include integrated schematic and layout, bidirectional schematic/layout synchronization, schematic auto-wiring, auto-placer and auto-router, and real-time DRC 12 layer board support.
The MultiPress S is a microprocessor-controlled bench-top
multilayer lamination press said to be ideal for creating multilayer circuit
boards. Is said to be a tool for rapid PCB prototyping, with a pressing time of
fewer than 90 min. Bonds multilayer circuits of all common rigid and flexible
substrates. Delivers equal pressure on the full press plate area. Nine
heating/pressing/cooling process profiles can be programmed into the system,
with a max. press area of 9" x 12" and temp. up to 482 °F (250 °C);
can bond RF-multilayer substrates.
This high-speed robotic palletizing solution uses multiple
robotic arms. Enables four-way orientation of cases. With full control of
package label positioning, customers reportedly can showcase the same graphics
on all four sides of the pallet, or orient barcodes to streamline scanning
operations.
BluePrint for PCBs Version 1.8 creates
documentation that drives PCB fabrication, assembly and inspection. Delivers a
new ODB++ based interface to Altium Designer. Extends the concept of “rolling
releases”; customers are said to receive a continuous stream of improvements.
Includes advanced visibility controls for components, pins, nets, drills, ref
designators, part names and attributes; extended drill support; side view
modifications; CAD style grid support; explode and side view modifications;
usability enhancements, and software corrections.
PADS I/O Designer is for designers implementing complex field-programmable gate arrays (FPGAs) on PCBs. Is said to decrease design cycle time. Reportedly cuts high-end FPGA time-to-market, improves systems performance up to 50%, and reduces PCB layer counts.
Enables concurrent FPGA and PCB design. Defines FPGA-PCB interface with a variety of correct by construction, drag and drop PCB signal to FPGA pin assignment methods. Synchronizes the interface across the FPGA and PCB flows through Automatic DxDesigner and schematic generation, and automatic generation and maintenance of required FPGA vendor, HDL and synthesis constraint files.
Options include PADS layout physical design importing for FPGA vendor rules-driven pin swaps, and optimizing multiple FPGA interfaces simultaneously within a single PADS layout physical design.
The M22XDL-350 desktop AOI machine is said to unite advanced technology, cost efficiency, and powerful operator control on a reduced footprint—the smallest in the company’s range of AOI systems. Supports comprehensive inspection of PCBs and introduces an innovative lighting concept, with three pulse wave modulated LED light sources and up to six different lighting combinations enhancing operator control for exceptional inspection accuracy.