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The Altera 10AX032H2F34I1SG is an Arria 10 GX series Field Programmable Gate Array (FPGA) manufactured using a 20-nanometer process technology. It features 320,000 logic elements and 119,900 Adaptive Logic Modules (ALMs). The device includes 17.4 Mbit of embedded memory and supports up to 384 I/O pins. It operates within a junction-to-ambient thermal resistance range and utilizes a 1152-pin FBGA package. The component supports data rates up to 17.4 Gb/s via its transceivers and functions at a maximum operating frequency of 1.5 GHz. Power supply voltages range from 870 mV to 980 mV, with a typical operating voltage of 950 mV. The industrial temperature grade ensures reliable operation between -40°C and +100°C.
Verify the authenticity of the component by checking for consistent marking details and solder ball integrity upon receipt. Ensure that the supplier provides valid traceability documentation to confirm the part has not been refurbished or subjected to unauthorized handling. Confirm compliance with export control regulations applicable to your region before finalizing any transaction.
Select this specific variant when the design requires the H2 speed grade for balanced performance and power consumption. The F34 package size offers a pin count suitable for moderate I/O density designs. Verify that the thermal management solution can handle the power dissipation characteristics associated with the 20nm process node under full load conditions.
This model belongs to the Arria 10 GX family, which targets cost-sensitive applications compared to the Stratix 10 series. The GX series emphasizes efficient logic density and integrated transceivers. It serves as a bridge between lower-end Cyclone devices and higher-end Stratix solutions, offering a scalable architecture for mid-range FPGA requirements.
Direct pin-compatible replacements within the same package are limited due to specific speed grade and feature configurations. Consider the 10AX032H1F34I1SG for lower speed requirements or the 10AX032H3F34I1SG for higher performance needs, provided the timing constraints allow for such adjustments.