Maxim Integrated
At Maxim, we invent highly integrated solutions that make technology seamless. We channel our collective expertise to stretch the limits of technology, understand your needs, and help you get to market faster.
- (800) 262-5643
(781) 935-5565 - One Analog Way
Wilmington, MA 01887
United States
-
product
Triple PCI Express, Hot-Plug Controllers
MAX5957
The MAX5957/MAX5958 triple hot-plug controllers are designed for PCI Express (PCIe)® applications. These devices provide hot-plug control for 12V, 3.3V, and 3.3V auxiliary supplies of three PCIe slots. The MAX5957/MAX5958s' logic inputs/outputs allow interfacing directly with the system hot-plug management controller or through an SMBus™ with an external I/O expander such as the MAX7313. An integrated debounced attention switch and present-detect signals simplify system design.
-
product
Wireless and RF
Maxim supplies high-integration and building block level high-performance wireless and RF ICs. Our solutions address critical wireless and radio functions within the telecom, cable, and automotive markets.
-
product
Turnkey PCI-PTS Mobile POS (MPOS) Terminal
MPOS-STD2-PRO
The MPOS-STD2 reference design is a PCI-PTS MPOS-in-a-box terminal that comes with a complete set of hardware, software, and documentation including schematics, PCB layout, 2D and 3D design files, reports from security labs.
-
product
PCIe Passive Switch
MAX4889B
High-Speed PCI Express Passive Switches Enable Gen II Switching with Low Insertion Loss and Superior Return Loss
-
product
Quad PCI Express Equalizer/Redriver
MAX14950
Ultra-Small Equalizer/Redriver Improves PCIe Signal Integrity Across Systems for Gen 3.0 Applications
-
product
PCIe Redriver with Equalization
MAX14954
Ruggedized Redriver/Equalizer Increases PCIe Signal Integrity in Gen 3.0 Applications
-
product
Single PCI Express, Hot-Plug Controller
MAX5954
The MAX5954 hot-plug controller is designed for PCI Express® applications. The device provides hot-plug control for 12V, 3.3V, and 3.3V auxiliary supplies of a single PCI Express (PCI-E) slot. The MAX5954's logic inputs/outputs allow interfacing directly with the system hot-plug management controller or through an SMBus™ with an external I/O expander. Integrated debounced attention switch and present-detect signals are included to simplify system design.
-
product
Single-Lane PCIe Gen III Redriver with Equalization
MAX14955
The MAX14955 dual equalizer/redriver improves PCI Express® (PCIe) signal integrity by providing programmable input equalization. This feature reduces deterministic jitter and redrives circuitry to reestablish deemphasis, which compensates for circuit-board loss at high frequencies. The device permits optimal placement of key PCIe components and allows for longer runs of stripline, microstrip, or cable.
-
product
DeepCover Embedded Security in IoT Authenticated Sensing and Notification
MAXREFDES143#
The MAXREFDES143# is an Internet of Things (IoT) embedded security reference design, built to protect an industrial sensing node by means of authentication and notification to a web server. The hardware includes a peripheral module representing a protected sensor node monitoring operating temperature and remaining life of a filter (simulated through ambient light sensing) and an mbed shield representing a controller node responsible for monitoring one or more sensor nodes. The design is hierarchical with each controller node communicating data from connected sensor nodes to a web server that maintains a centralized log and dispatches notifications as necessary. The mbed shield contains a Wi-Fi module, a DS2465 coprocessor with 1-Wire® master function, an LCD, LEDs, and pushbuttons. The protected sensor node contains a DS28E15 authenticator, a DS7505 temperature sensor, and a MAX44009 light sensor. The mbed shield communicates to a web server by the onboard Wi-Fi module and to the protected sensor node with I2C and 1-Wire. The MAXREFDES143# is equipped with a standard shield connector for immediate testing using an mbed board such as the MAX32600MBED#. The simplicity of this design enables rapid integration into any star-topology IoT network requiring the heightened security with low overhead provided by the SHA-256 symmetric-key algorithm.
-
product
Dual PCI 2.2 Hot-Swap Controllers
MAX5916A
The MAX5915/MAX5915A/MAX5916/MAX5916A dual PCI 2.2 hot-swap controllers allow for safe insertion and removal of two PCI cards into live PCI slots or backplanes by limiting the inrush current at startup. After startup, these devices provide protection against short-circuit, overcurrent, and undervoltage conditions.
-
product
Triple PCI Express, Hot-Plug Controllers
MAX5958
The MAX5957/MAX5958 triple hot-plug controllers are designed for PCI Express (PCIe)® applications. These devices provide hot-plug control for 12V, 3.3V, and 3.3V auxiliary supplies of three PCIe slots. The MAX5957/MAX5958s' logic inputs/outputs allow interfacing directly with the system hot-plug management controller or through an SMBus™ with an external I/O expander such as the MAX7313. An integrated debounced attention switch and present-detect signals simplify system design.
-
product
Quad PCI Express, Hot-Plug Controllers
MAX5959
The MAX5959/MAX5960 quad hot-plug controllers are designed for PCI Express® (PCIe) applications. These devices provide hot-plug control for the main 12V, 3.3V, and 3.3V auxiliary supplies of four PCIe slots. The MAX5959/MAX5960s' logic inputs/outputs allow interfacing directly with the system hot-plug management controller or through an SMBus™ with an external I/O expander such as the MAX7313. An integrated debounced attention switch and present-detect signals simplify system design.
-
product
PCIe Passive Switch
MAX4889C
High-Speed PCI Express Passive Switches Enable Gen II Switching with Low Insertion Loss and Superior Return Loss
-
product
DisplayPort/PCIe Passive Switches
MAX4928A
The MAX4928A/MAX4928B Route Signals Between a GMCH and Either a PCIe 2.0 Socket or DisplayPort Connector
-
product
Dual PCI Express Equalizer/Redriver
MAX4950A
Ultra-Small Equalizer/Redriver Improves PCIe Signal Integrity Across Systems
