Npct750 Datasheet !new!

PCI Geomatics launches CATALYST - Earth Data, Simplified.

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Meet CATALYST

CATALYST is a PCI Geomatics brand that delivers scalable business solutions using the power of Earth Observation (EO) data and AI-enabled analytics. We work closely with our clients to implement business friendly solutions that allow decision makers to make informed and faster decisions about their assets, operations, risk, and sustainability efforts.
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History

PCI Geomatics, established in 1982, is a Canadian software development company that creates and delivers geo-image software products, platforms, and solutions for demanding global customers.

We develop complete and integrated software featuring the tools professionals need for remote sensing, digital photogrammetry, image analysis, map production, mosaicking and more. Our strength lies in our uncompromising dedication to being second to none in the imagery processing pillars that are at the foundation of the geospatial world.

Our dedicated staff develops desktop and enterprise software products that allow our customers to produce information from a myriad of aerial and satellite earth observing platforms. Our vision for the future is to make the world a better place by maximizing the value of geo-imagery.
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Careers at PCI Geomatics

At PCI Geomatics we thrive on our collective knowledge, experience and expertise. We have defined the geo-imaging field and have set a new standard in remote sensing and geo-image processing. Today, we are a world leader in geo-imaging solutions.

We offer a dynamic environment where you can use your energy, initiative and talent to build your career while working closely with a group of innovative and highly talented people. Successful candidates will be part of a team that creates, markets, sells, and supports new tools for geo-image processing and automation.
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PCI Geomatics offices worldwide

PCI Geomatics Corporate Headquarters

141 Adelaide Street West
Unit 520
Toronto
Ontario M5H 3L5
Canada
+1 (905) 764-0614

PCI Geomatics National Capital Region Office

490 Saint Joseph Blvd.
Suite 204
Gatineau
Quebec J8Y 3Y7
Canada
+1 (905) 764-0614

PCI Geomatics USA Inc

1101 Wilson Blvd
FL 6 OFC 804
Arlington
Virginia 22209-2281
United States
+1 (905) 764-0614

PCI Geomatics UK

Electron Building, Fermi Avenue
Harwell Space Cluster
Didcot
Oxfordshire OX11 0QR
United Kingdom
+1 (905) 764-0614
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Npct750 Datasheet !new!

Active shields, environmental sensors, and advanced countermeasures against physical attacks. 2. Key Technical Specifications

Note: For specific wiring diagrams, safety instructions, or detailed dimensional drawings, please refer to the official manufacturer’s installation guide.

Securely stores encryption keys for utilities like Microsoft BitLocker or Linux DM-Crypt.

Integrates secure on-chip flash memory to store critical cryptographic keys, platform configuration registers (PCRs), and monotonic counters even when power is lost.

Due to its small footprint and low power consumption, the NPCT750 is integrated into embedded computing platforms. For example, offers industrial motherboards with the NPCT750 soldered onboard, delivering hardware‑rooted security for automation controllers, medical devices, and point‑of‑sale systems.

The is a highly secure, single-chip Trusted Platform Module ( TPM 2.0 ) belonging to Nuvoton's renowned SafeKeeper™ family . Designed to meet the stringent security demands of modern PC-Client systems, servers, and embedded networks, it serves as a physical root of trust. It securely houses cryptographic keys, digital certificates, and critical user data.

The NPCT750 employs a , a widely used synchronous serial communication protocol that operates at high speeds with low pin count. SPI provides a reliable, low‑latency connection between the TPM chip and the host’s Platform Controller Hub (PCH) or embedded processor. This interface is supported by almost all modern motherboards and SoC (System‑on‑Chip) platforms, ensuring broad compatibility.

For SPI and LPC variants, bus traces should be kept as short as possible to prevent clock skew and signal degradation.