Altera Corporation is the pioneer of programmable logic solutions, enabling the system and semiconductor companies to rapidly and cost-effectively innovate, differentiate, and win in their markets. Altera EPM MCU crack and EPM3 IC unlock, EPM7 IC copy offers FPGAs, CPLDs, and ASICs combined with software tools, intellectual property, and customer support high-value programmable solutions to over 12,000 customers worldwide.
Automotive Electronics:
After discovering that programmable logic devices (PLD) are very beneficial to the success of system suppliers and automobile manufacturers (original equipment manufacturers), the automotive industry began to adopt these devices in large quantities. PLD quality is the best of its kind, the cost structure is suitable for mass consumption applications, and the system performance is continually improving. Therefore, compared with other semiconductor products, PLD can enter the automotive market more quickly. Unlike ASSP and microcontroller solutions, the flexibility of PLD and the rapid marketing characteristics of products are increasingly becoming the automotive industry’s critical requirements.
PLD has widespread use in the information entertainment and communication market, and PLD has also been used in the new automobile auxiliary driving design. Some applications have developed rapidly in this field, including road departure alarm, night vision, and tire pressure monitoring system. PLD has a low chip cost structure, rich intellectual property (IP) core, reference design, and extended product market time. It is an ideal choice for the development of the automotive electronics market.
Altera’s automotive semiconductor portfolio includes products that other PLD suppliers in the automotive market cannot provide.
Consumer Electronics:
Various new products emerge in the rapidly developing consumer electronics market, such as flat panel displays, portable media players, and home networking products. The functions of these products are enriched continuously and significantly improved every year. For consumer electronics manufacturers adopting the latest technology, such rapid development has brought them tremendous competitive pressure in time. Using Altera’s low-cost programmable logic and HardCopy ASIC in the system, they can quickly, and risk-free achieve product production, help designers deal with the continuous changes promptly and ensure that the project completed as planned. Altera has been able to deliver products in a timely and reliable manner, maintaining a good record in this regard, providing millions of FPGAs and HardCopy ASIC to the market, winning the consumer electronics design:
Computer storage is developing rapidly. In traditional IT applications, servers and memory are directly interconnected, and they have evolved into networked storage architecture, namely the Storage Area Network (SAN). SAN is easy to implement storage expansion, and servers previously limited by internal storage capacity can extend beyond existing conditions. In addition to the nature of storage, servers have also developed to quickly and efficiently implement data processing. Altera FPGA is an ideal choice for performing storage topology migration and helping servers process data more quickly.
Innovative storage and server technologies require flexible platforms to quickly implement solutions, while mass application markets require low-cost solutions. The use of Altera’s standard programmable logic and structured ASIC in computers and storage devices can ensure a rapid and risk-free increase in production. Driven by these storage networks, traffic and data processing’s rapid growth has led to the urgent need for high-performance chips and interface technologies. Altera’s 65nm Stratix III FPGA has rich memory and serial interface in architecture, which is very suitable for high-end storage applications.
Military aviation:
The premise of the military commercial (COTS) plan is that military projects can adopt commercial components, circuit boards, and systems and give full play to the advantages of new technologies and economies of scale.
Although COTS has achieved some success, it still needs to be improved. Commercial suppliers must be able to meet the needs of the military and aerospace markets better.
Altera’s FPGA enhanced COTS program ensures that military project contractors can reduce risks, provide very reliable systems and fulfill their commitments, thus meeting these needs.
Medical care:
Most medical products use semiconductor devices. Semiconductor devices are more and more widely used in these products. The popularity of programmable logic devices (PLD) is much higher than that of other types of semiconductor devices. In the development of medical equipment, PLD is a compelling and feasible alternative to ASIC and ASSP. In the design process, the PLD is reprogrammed according to the need, which avoids the cost of NRE, reduces the order related to ASIC, and reduces the colossal risk of the chip’s multiple trial-production.
Compared with ASSP, PLD is flexible in design and can realize circuit board level integration, making the product stand out among many competing medical equipment manufacturers. Also, PLDs can be updated on site as standards evolve or when requirements change. Moreover, designers can repeatedly use a common hardware platform, build different systems by basic design, and support various functions, thus significantly reducing the cost of generation. Whether designing CT or patient monitoring equipment, programmable logic devices (PLDs) can successfully implement the system design, which is very flexible and risk-free. Compared with other medical equipment manufacturers, PLDs have high-cost performance and highlight the value-added advantages of products.
Wireless communication:
The explosive growth of the Internet has led to a growing demand for popular high-speed Internet access technology. Wireless Internet access technology provides network access outside the home and office to meet this increasing demand.
Broadband, wireless access technology, has great market potential, making microwave access global interoperability (WiMAX) technology more and more popular. WiMAX 802.16e-2005 supports mobile high-speed Internet access within the metropolitan area network (MAN), using advanced signal processing schemes such as orthogonal frequency division multiplexing access (OFDMA) and multiple input multiple-output (MIMO) technology. WiMAX 802.16e-2005 as a fixture
Altera EPC1064 Note: in ZIF socket of programmer
Altera EPC1064 [PLCC20] DIL20/PLCC20 ZIF
Altera EPC1064 [TQFP32] DIL32/TQFP32-1 ZIF
Altera EPC1441 as EPC1064 Note: in ZIF socket of programmer
Altera EP910T [PLCC44] DIL44/PLCC44 ZIF
Altera EP1800 [PGA68] 68PG-40D-Z-1800; Aprilog
Altera EP1830 [PGA68] 68PG-40D-Z-1800; Aprilog
Altera EPM3032A [TQFP44](SVF) DIL44/TQFP44-1 ZIF
Altera EPM3032A (ISP) Note: via ISP connector
Altera EPM3064A [PLCC44] DIL44/PLCC44 ZIF
Altera EPM3064A [TQFP100](SVF) DIL48/TQFP100-2 ZIF PLD-1
Altera EPM3128A [TQFP100] DIL48/TQFP100-2 ZIF PLD-1
Altera EPM3128A [TQFP144](SVF) DIL48/QFP144 ZIF PLD-1
Altera EPM3128A [FBGA256] BGA-0502/0453 = BGA-Bottom-43 + BGA-Top-44 ZIF
Altera EPM3256A [TQFP144](SVF) DIL48/QFP144 ZIF PLD-1
Altera EPM3256A [FBGA256] BGA-0502/0453 = BGA-Bottom-43 + BGA-Top-44 ZIF
Altera EPM3512A [PQFP208](SVF) DIL48/QFP208 ZIF PLD-1
Altera EPM3512A [FBGA256] BGA-0502/0453 = BGA-Bottom-43 + BGA-Top-44 ZIF
Altera EPM5032 [PLCC28] PLD-1 module + DIL28/PLCC28 ZIF
Altera EPM5032A PLD-1 module
Altera EPM5032A [PLCC28] PLD-1 module + DIL28/PLCC28 ZIF
Altera EPM7032AE [TQFP44](Jam) DIL44/TQFP44-1 ZIF
Altera EPM7032AE [TQFP44](SVF) DIL44/TQFP44-1 ZIF
Altera EPM7032AE as 7032S [PLCC44] DIL44/PLCC44 ZIF
Altera EPM7032AE as 7032S [TQFP44] DIL44/TQFP44-1 ZIF
Altera EPM7032AE as 7032S (ISP) Note: via ISP connector
Altera EPM7032B [UBGA49] BGA-0461/0462 = BGA-Bottom-36 + BGA-Top-56 ZIF
Altera EPM7032B (ISP) Note: via ISP connector
Altera EPM7032S as 7032 [PLCC44] DIL44/PLCC44 ZIF
Altera EPM7064AE [UBGA49] BGA-0461/0462 = BGA-Bottom-36 + BGA-Top-56 ZIF
Altera EPM7064AE [TQFP100](SVF) DIL48/TQFP100-2 ZIF PLD-1
Altera EPM7064AE (ISP) Note: via ISP connector
Altera EPM7064B [UBGA49] BGA-0461/0462 = BGA-Bottom-36 + BGA-Top-56 ZIF
Altera EPM7064S [PLCC44](Jam) DIL44/PLCC44 ZIF
Altera EPM7064S [TQFP100](SVF) DIL48/TQFP100-2 ZIF PLD-1
Altera EPM7096 [PLCC68] DIL48/PLCC68 ZIF PLD-1
Altera EPM7128A [TQFP100](Jam) DIL48/TQFP100-2 ZIF PLD-1
Altera EPM7128AE [FBGA100] BGA-0502/0581 = BGA-Bottom-43 + BGA-Top-71 ZIF
Altera EPM7128AE [TQFP100] DIL48/TQFP100-2 ZIF PLD-1
Altera EPM7128AE (ISP) Note: via ISP connector
Altera EPM7128B [TQFP100] DIL48/TQFP100-2 ZIF PLD-1
Altera EPM7128B [FBGA256] BGA-0502/0453 = BGA-Bottom-43 + BGA-Top-44 ZIF
Altera EPM7128S [PQFP100](SVF) DIL48/QFP100 ZIF PLD-5
Altera EPM7160S [PLCC84](Jam) DIL48/PLCC84 ZIF PLD-1
Altera EPM7256A [TQFP100](Jam) DIL48/TQFP100-2 ZIF PLD-1
Altera EPM7256AE [FBGA100] BGA-0502/0581 = BGA-Bottom-43 + BGA-Top-71 ZIF
Altera EPM7256B [FBGA256] BGA-0502/0453 = BGA-Bottom-43 + BGA-Top-44 ZIF
Altera EPM7256B (ISP) Note: via ISP connector
Altera EPM7256S (ISP-SVF) Note: via ISP connector
Altera EPM7512AE [TQFP144] DIL48/QFP144 ZIF PLD-1
Altera EPM7512AE (ISP) Note: via ISP connector
Altera EPM7512AE (ISP-Jam) Note: via ISP connector
Altera EPM7512AE (ISP-SVF) Note: via ISP connector
Altera EPM7512B [TQFP144] DIL48/QFP144 ZIF PLD-1
Altera EPM7512B [TQFP144](Jam) DIL48/QFP144 ZIF PLD-1
Altera EPM7512B (ISP) Note: via ISP connector
Altera EPM9320 [PLCC84](Jam) DIL48/PLCC84 ZIF PLD-6
Altera EPM9320 [PLCC84](SVF) DIL48/PLCC84 ZIF PLD-6
Altera EPM9320 (ISP-Jam) Note: via ISP connector
Altera EPM9320 (ISP-SVF) Note: via ISP connector
Altera EPM9320A [PLCC84](Jam) DIL48/PLCC84 ZIF PLD-6
Altera EPM9320A [PLCC84](SVF) DIL48/PLCC84 ZIF PLD-6
Altera EPM9320A (ISP-Jam) Note: via ISP connector
Altera EPM9400 (ISP-Jam) Note: via ISP connector
Altera EPM9480 (ISP-Jam) Note: via ISP connector
Altera EPM9560 (ISP-Jam) Note: via ISP connector
Altera EPM9560A (ISP-Jam) Note: via ISP connector
Altera EPM240 [FBGA100] BGA-0620/0581 = BGA-Bottom-38 + BGA-Top-71 ZIF
Altera EPM240 [MBGA100] BGA-0643/0642 = BGA-Bottom-42 + BGA-Top-106 ZIF
Altera EPM240 [TQFP100] DIL48/QFP100 ZIF PLD-2
Altera EPM240 [TQFP100](SVF) DIL48/QFP100 ZIF PLD-2
Altera EPM240 (ISP) Note: via ISP connector
Altera EPM240 (ISP-Jam) Note: via ISP connector
Altera EPM240 (ISP-SVF) Note: via ISP connector
Altera EPM240G [TQFP100] DIL48/QFP100 ZIF PLD-2
Altera EPM570 [FBGA100] BGA-0620/0581 = BGA-Bottom-38 + BGA-Top-71 ZIF
Altera EPM570 [TQFP144](SVF) DIL48/QFP144 ZIF PLD-3
Altera EPM570 [FBGA256] BGA-0452/0453 = BGA-Bottom-32 + BGA-Top-44 ZIF
Altera EPM570G [TQFP100] DIL48/QFP100 ZIF PLD-2
Altera EPM570G [FBGA256] BGA-0452/0453 = BGA-Bottom-32 + BGA-Top-44 ZIF
Altera EPM570G (ISP-SVF) Note: via ISP connector
Altera EPM1270 [TQFP144] DIL48/QFP144 ZIF PLD-3
Altera EPM1270 [FBGA256] BGA-0452/0453 = BGA-Bottom-32 + BGA-Top-44 ZIF
Altera EPM1270 (ISP) Note: via ISP connector
Altera EPM1270G [TQFP144] DIL48/QFP144 ZIF PLD-3
Altera EPM1270G [FBGA256] BGA-0452/0453 = BGA-Bottom-32 + BGA-Top-44 ZIF
Altera EPM1270G (ISP) Note: via ISP connector
Altera EPM2210 [FBGA256] BGA-0452/0453 = BGA-Bottom-32 + BGA-Top-44 ZIF
Altera EPM2210 (ISP) Note: via ISP connector
Altera EPM2210G [FBGA256] BGA-0452/0453 = BGA-Bottom-32 + BGA-Top-44 ZIF
