3/30/2021 0 Comments Smart Modular Technologies Ma Inc
All You Need to Do Is Fill Out the form On Our Home Page, and You Can Get Started today.Engineers designing for high-capacity, highly secure, applications should consider the M1HC.
![]() ![]() SMARTs M2 SSDs are designed to meet the needs of cost-sensitive applications where temperature tolerances are important. Capacities of 240, 480, 960, and 1920GB are available using multi-level cell (MLC) NAND Flash. These cost-effective choices to our standard products are all industry compliant and can be ordered and delivered within a minimal timeframe. ![]() This blend of abilities allows SMART to efficiently and reliably customize products to meet particular customer needs. If you prefer to call us, please check: OEM sales offices or Channel sales offices. The flash memory component 38 is not volatile and therefore not susceptible to data loss from a primary power source failure or from removal of the memory module 10 from the host computer 23. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.). Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.). Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.). Volatile memory components require a continuous supply of electrical power to maintain the data stored within the device memory cells. Typical volatile memory components are static random access memories (SRAM). SRAM memory components have many advantages such as speed, low power consumption, and simple read and write operations. However, non-volatile memories may have a limited number of readwrite cycles, comparatively long access times due to complex programming algorithms, and may require non-standard voltages. Other non-volatile means may be used to secure data in the event of a power failure such as magnetic tape drives but cost, space and other design drawbacks are present. Information could be stored in non-volatile memory at a central location, which information would be retained by the module indefinitely while the module is transported to a remote location. Information could also be stored in SRAM memory, if the SRAM memory is coupled to a battery backup to retain the data in memory. Thus, information could be stored in the module volatile and non-volatile memory before insertion into a host computer. The host computer could read any information stored in the module memory and operate accordingly. This requires battery replacement by one having sufficient dexterity to manipulate intricate electrical connections and monitoring of the time interval between battery replacement. Particularly for a Personal Computer Memory Card International Association (PCMCIA) card, a module about the size of a standard credit card, and having fine mechanical interconnections, there is a risk of damage to the fragile host and module components when modules are removed and inserted. Associated with battery replacement, there is the cost of labor, the time lost while the battery is replaced, the data that may have been lost, the potential damage to the module or computer, and the harm to the environment as valuable land fill space is taken up and the possible environmental harm that batteries pose when irresponsibly disposed of. Smart Modular Technologies Ma Inc Code Circuit 16The electronic memory module 10 includes a memory circuit 14, a battery backup circuit 12, an address decode circuit 16, a SW (Switching) register 18, and a WP (Write Protect) register 20. A primary power source is provided to the module 10 via a primary power signal 22 from a host computer 23 which could be a lap top computer or other type of computer. The primary power signal 22 in the present embodiment provides about five volts, but other voltages, such as positive three volts may be used. The host computer 23 provides a uni-directional address bus 24, a bidirectional data bus 26, a write enable signal 28, an output enable signal 30. A PCMCIA card has an outline similar to that of a typical consumer credit card. The memory module 10, in an illustrative embodiment, is designed for insertion into a host computer 23. Since the primary power source signal 22 for the electronic memory module 10 is derived from the host computer 23, which may itself be powered from a battery, power consumption is critical. The first and second SRAM memory components 34 and 36 respectively, form the SRAM memory 37. In an illustrative embodiment, the first and second SRAM components 34 and 36, comprise one Megabit CMOS static random access memories (SRAMs) having a 128K8 organization, and the flash memory component 38 comprises a flash technology 2 Megabit RAM with a 256K8 organization.
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