スピードグレード

デバイスはそれぞれ生産時期が異なるため、カテゴリの移行は各デバイスの製造プロセスのステータスによって決定されます。表 1 に、Zynq UltraScale+ MPSoC のステータスをスピードグレードに基づいて示します。スピードグレード別の動作電圧は、表 1 を参照してください。

表 1. デバイス別のスピードグレード
デバイス	スピードグレード、温度範囲、および V_CCINT 動作電圧¹
デバイス	Advance	Preliminary	Production
XCZU1CG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU1EG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU2CG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU2EG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU3CG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU3EG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU3TCG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU3TEG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU4CG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU4EG			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU4EV			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU5CG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU5EG			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU5EV			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU6CG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU6EG			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU7CG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU7EG			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU7EV			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU9CG			-2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU9EG			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU11EG			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU15EG			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU17EG			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XCZU19EG			-3E (V_CCINT = 0.90V) -2E (V_CCINT = 0.85V)、-2I (V_CCINT = 0.85V) -1E (V_CCINT = 0.85V)、-1I (V_CCINT = 0.85V) -2LE (V_CCINT = 0.85V)¹、-2LE (V_CCINT = 0.72V)¹ -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XAZU1EG			-1I (V_CCINT = 0.85V) -1Q (V_CCINT = 0.85V) -1LI (V_CCINT = 0.72V)¹
XAZU2EG			-1I (V_CCINT = 0.85V) -1Q (V_CCINT = 0.85V) -1LI (V_CCINT = 0.72V)¹
XAZU3EG			-1I (V_CCINT = 0.85V) -1Q (V_CCINT = 0.85V) -1LI (V_CCINT = 0.72V)¹
XAZU3TEG			-1I (V_CCINT = 0.85V) -1Q (V_CCINT = 0.85V) -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XAZU4EV			-1I (V_CCINT = 0.85V) -1Q (V_CCINT = 0.85V) -1LI (V_CCINT = 0.72V)¹
XAZU5EV			-1I (V_CCINT = 0.85V) -1Q (V_CCINT = 0.85V) -1LI (V_CCINT = 0.72V)¹
XAZU7EV			-1I (V_CCINT = 0.85V) -1Q (V_CCINT = 0.85V)
XAZU11EG			-1I (V_CCINT = 0.85V) -1Q (V_CCINT = 0.85V)
XQZU3EG			-2I (V_CCINT = 0.85V) -1I (V_CCINT = 0.85V) -1M (V_CCINT = 0.85V) -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XQZU5EV			-2I (V_CCINT = 0.85V) -1I (V_CCINT = 0.85V) -1M (V_CCINT = 0.85V) -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XQZU7EV			-2I (V_CCINT = 0.85V) -1I (V_CCINT = 0.85V) -1M (V_CCINT = 0.85V) -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XQZU9EG			-2I (V_CCINT = 0.85V) -1I (V_CCINT = 0.85V) -1M (V_CCINT = 0.85V) -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XQZU11EG			-2I (V_CCINT = 0.85V) -1I (V_CCINT = 0.85V) -1M (V_CCINT = 0.85V) -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XQZU15EG			-2I (V_CCINT = 0.85V) -1I (V_CCINT = 0.85V) -1M (V_CCINT = 0.85V) -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
XQZU19EG			-2I (V_CCINT = 0.85V) -1I (V_CCINT = 0.85V) -1M (V_CCINT = 0.85V) -1LI (V_CCINT = 0.85V)¹、-1LI (V_CCINT = 0.72V)¹
V_CCINT = 0.72V の場合の、消費電力が最も低い -1L および -2L デバイスは、Vivado Design Suite ではそれぞれ -1LV、-2LV と示されます。V_CCINT = 0.85V の場合の -1L および -2L デバイスは、Vivado Design Suite ではそれぞれ -1L、-2L と示されます。