| Herstellerteil | Hersteller | FPGA-Familie | Logische Elemente (LEs) | Eingebetteter Speicher | DSP/Multiplikatoren | Maximale E/A-Anzahl | Kernspannung | E/A-Spannung | Betriebstemperatur | Paket | Prozess-Knoten | Typische Maximalfrequenz | Ziel-Anwendungen | RoHS |
| EP4CE10F17C8N | ALTERA | Cyclone® IV E | 10320 | ~414 Kbits | 46 × 18×18 | Paketabhängig | 1.15-1.25 V | Bis zu 3,3 V | -40 °C bis +85 °C | FBGA | 60 nm | ~200 MHz | Kostenoptimierte eingebettete Designs | Ja |
EP4CE10F17C8N
Hersteller: Altera (Intel)
Logische Zellen: 10,320 Logic Elements (LEs)
Logische Schnitte: Logik-Array-Blöcke (LABs)
Eingebettetes RAM (eRAM): 414 Kbits embedded memory
Paket: FBGA-256
Betriebstemperatur: Handelsüblich (0 °C bis +85 °C)
Spezifikationen
EP4CE10F17C8N is an Intel (Altera) Cyclone IV E low-cost, low-power commercial FPGA fabricated on 60nm process, designed for medium-scale digital logic, multi-peripheral interface conversion and lightweight DSP processing, with abundant I/O resources to support multi-channel peripheral expansion in compact embedded systems.
👉 It’s not a high-speed FPGA equipped with high-speed serial transceivers or high-end hard memory controllers.
👉 It’s a cost-efficient FBGA packaged programmable logic chip with massive available I/O pins, ideal for multi-interface industrial control, prototype development boards and mass-volume intelligent hardware.
Key Features of EP4CE10F17C8N Cyclone IV E FPGA
Digital hardware designers and equipment manufacturers select EP4CE10F17C8N for balanced logic resources, rich expandable I/O and low static power consumption:
- 10,320 logic elements (LEs) to implement medium-complexity state machines, bus bridging and parallel digital logic
- Total 414 Kbit embedded M9K block RAM for FIFO buffers, lookup tables and small frame data storage
- 23 built-in 18×18-bit DSP multiplier blocks for PID motion control, digital filtering and low-speed signal calculation
- Dual independent PLL clock modules, supporting maximum internal operating frequency up to 402 MHz for multi-clock domain design
- -8 commercial speed grade for stable timing performance under standard operating frequency scenarios
- 256-pin 17×17mm FBGA surface mount package, bringing out up to 179 configurable user I/O pins for multi-peripheral connection
- Core supply voltage range: 1.15 V ~ 1.25 V; I/O banks fully support 1.2V/1.5V/1.8V/2.5V/3.3V LVTTL, LVCMOS, LVDS and differential signaling standards
- Supports multiple external memory interfaces: DDR, DDR2 and SDR memory chips for medium-bandwidth data caching
- Full configuration modes: JTAG, Active Serial (AS), Passive Serial for convenient firmware download and online debugging
- Nios II soft-core embedded processor compatible, enabling standalone single-chip embedded SoC design
- Ultra-low power architecture, total power consumption below 1.5W for most protocol bridging and logic control applications
- Commercial operating temperature range: 0°C to +85°C junction temperature
- MSL 3 moisture sensitivity rating, RoHS3 compliant lead-free packaging compatible with standard SMT mass production lines
- Stable long-lifecycle component supply for prototype development, small-batch industrial equipment upgrade and legacy maintenance projects
Typische Anwendungen
High-expansion FPGA core development boards and university digital electronics teaching platforms
Multi-channel industrial sensor signal acquisition and multi-bus protocol conversion modules
Multi-axis servo & stepper motor integrated motion control systems
Audio pre-filtering, low-resolution image pre-processing and real-time data acquisition hardware
Portable test & measurement instruments, multi-channel signal generators and timing control equipment
Industrial automation PLC multi-channel digital IO expansion and peripheral logic bridging boards
LED large screen multi-group display driving and multi-channel high-speed data transmission control units
Lightweight machine vision preprocessing modules and industrial IoT edge logic terminals
Medical portable diagnostic equipment multi-channel signal control subsystems
Cost-sensitive smart equipment multi-interface expansion and CPLD replacement projects
LXB Semicon supplies original EP4CE10F17C8N FPGA
