A Conversation With TDK President Noboru Saito – The Weekly Toyo Keizai
“Break away from reliance on small capacity batteries and increase pillars of profit to three” Major electronic components manufacturer TDK boasts a strong market share in small capacity rechargeable batteries for smartphone, one of its profit pillars, and also holds strong positions in passive components such as capacitors and inductors. While TDK has a history […]
Trusted Positioning Attends CES 2023 in Las Vegas
This past weekend the Trusted Positioning team attended International CES – Consumer Electronics Show in Las Vegas. Chris Goodall, Phil Gabriel, and Andre Mercier represented the Trusted Positioning team. While in attendance, the team promoted and demonstrated our TRACK, RIDE, and AUTO solutions and generated powerful dialogue with fellow industry leaders on the future of […]
Trusted Positioning Attends Electronica in Munich, Germany
On November 15 – 18th, Trusted Positioning showcased our Positioning Software at electronicaFair in Munich, Germany. If you visited the TDK Sensors Zone in Hall B3, you likely met Andre Mercier or Sarah Carmichael, MBA at the booth, and learned about TRACK, RIDE, AUTO or VENUE. If you didn’t get the opportunity to connect, send us a note and we would […]
Raising the Bar: Our Journey to ISO 9001:2015 Certification
TDK is an electronic components manufacturer leading the world in magnetic technology. TDK components and products provide critical functionality in smartphones, personal computers, electrical appliances, industrial equipment, and automobiles. Critical functionality requires superior quality which TDK delivers by 1) using a basic philosophy of “Advance to Zero Defects” and, 2) following the quality policy “Quality cannot be assured by final inspection.” Customers trust in TDK for unsurpassed quality when failure of a component is not an option.
Enhanced Vehicle Positioning Software for GNSS denied areas / New Software Service License Model Now Available
TRACK provides enhanced vehicle positioning in the most challenging environments by using low cost inertial MEMS sensors and GNSS. The inertial core of accelerometers and gyroscopes continuously tracks the relative movement of the vehicle and uses GNSS information as absolute updates when available. In tunnels, parking structures or other areas where GNSS becomes unreliable like […]
Tight Coupling Between Radar and INS/GNSS with AUTO Software for Accurate and Reliable Positioning for Autonomous Vehicles
A realized autonomous vehicle requires a ubiquitous, accurate, precise, and reliable localization system. Nowadays, the market is full of sensors that can be used for Positioning and Navigation; each with its strengths and weaknesses. Inertial Measurement Units (IMU) are usually used to build Inertial Navigation Systems (INS). INS can be accurate within short durations; however, […]