Evaluation Kit for 8T49N241
The 8T49N241-EVK is designed to help the customer evaluate the 8T49N241 Universal Frequency Translator (UFT 3G). When the board is connected to a PC running IDT Timing...
The 8T49N241 has one fractional-feedback PLL that can be used as a frequency translator with jitter attenuation or a frequency synthesizer. It is equipped with one integer and three fractional output dividers, allowing the generation of up to four different and unrelated output frequencies, ranging from 8 kHz to 1 GHz. Output frequencies can be completely independent of the input frequencies, and all four of these frequencies can be completely independent of each other. The four outputs may select among LVPECL, LVDS, HCSL or LVCMOS output levels.
The 8T49N241 is ideal for use in a wide range of equipment, including 10G/40G/100G SONET/SDH and Ethernet network line cards, wireless base station baseband units, broadcast video, carrier Ethernet switches, OTN, or in test and measurement applications. For example, the 8T49N241 can be used in GbE/10GbE/100GbE Synchronous Ethernet line card applications in order to preserve the G.8262 compliance from the Synchronous Equipment Timing Source (SETS) on the timing card.
Renesas’ third generation Universal Frequency Translator family also includes the 8T49N242 (2-in / 1-PLL / 4-out), the 8T49N285 (2-in / 1-PLL / 8-out), the 8T49N286 (4-in / 2-PLL / 8-out) and the 8T49N287 (2-in / 2-PLL / 8-out). These devices are complemented by the 82P33714 and 82P33731 synchronous equipment timing source (SETS) for Synchronous Ethernet (SyncE) and 10G-40G SyncE, respectively.
To see other devices in this product family, visit the Universal Frequency Translators page.
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Type | Title | Date |
Datasheet | PDF 1.49 MB | |
Application Note | PDF 187 KB | |
Schematic | XLSX 551 KB | |
Product Change Notice | PDF 1.26 MB | |
Application Note | PDF 91 KB | |
Application Note | PDF 348 KB | |
Application Note | PDF 1.16 MB | |
Product Change Notice | PDF 734 KB | |
Application Note | PDF 157 KB | |
Manual - Hardware | PDF 2.06 MB | |
Application Note | PDF 1.99 MB | |
Overview | PDF 1.62 MB | |
Product Change Notice | PDF 726 KB | |
Manual - Hardware | PDF 270 KB | |
Product Change Notice | PDF 983 KB | |
Product Change Notice | PDF 454 KB | |
Product Change Notice | PDF 21 KB | |
Application Brief | PDF 686 KB | |
Application Note | PDF 604 KB | |
Application Note | PDF 593 KB | |
Application Note | PDF 175 KB | |
Product Change Notice | PDF 583 KB | |
Product Change Notice | PDF 227 KB | |
Application Note | PDF 322 KB | |
Technical Brief | PDF 256 KB | |
Technical Brief | PDF 238 KB | |
Product Change Notice | PDF 188 KB | |
Technical Brief | PDF 566 KB | |
Product Brief | PDF 370 KB | |
Product Brief | PDF 571 KB 日本語 | |
Application Note | PDF 198 KB | |
Other | ZIP 1.04 MB | |
Schematic | PDF 74 KB | |
Application Note | PDF 1.11 MB | |
Application Note | PDF 395 KB | |
Application Note | PDF 170 KB | |
Application Note | PDF 133 KB | |
Application Note | PDF 495 KB | |
Application Note | PDF 442 KB | |
Application Note | PDF 115 KB | |
Application Note | PDF 233 KB | |
Application Note | PDF 131 KB | |
Application Note | PDF 180 KB | |
Application Note | PDF 153 KB | |
Application Note | PDF 160 KB | |
Application Note | PDF 120 KB | |
Application Note | PDF 143 KB | |
Application Note | PDF 565 KB | |
Application Note | PDF 136 KB | |
Application Note | PDF 202 KB | |
Application Note | PDF 438 KB | |
Application Note | PDF 108 KB | |
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The 8T49N241-EVK is designed to help the customer evaluate the 8T49N241 Universal Frequency Translator (UFT 3G). When the board is connected to a PC running IDT Timing...
Schematic symbols, PCB footprints, and 3D CAD models from SamacSys can be found by clicking on products in the Product Options table. If a symbol or model isn't available, it can be requested directly from the website.
Select an orderable part number:
Orderable Part ID | Sample |
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8T49N241-998NLGI | Availability |
8T49N241-999NLGI | Availability |
Benefits of a Point-of-Use Clock for Jitter Optimization | Blog Post | Apr 27, 2021 | |
Faster Timing Design and Accurate Performance Testing with Jitter Measurement Utility | Blog Post | Jun 14, 2019 |