Template:Sub Comparison: Difference between revisions

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The power difference is negligible (960 watts RMS compared to 1000 watts RMS).

Two Sub1s tightly coupled (stacked or side-by-side) should provide up to +6 dB<ref> +3 dB from doubling the power and +3 dB from [https://blogs.qsc.com/live-sound/what-does-subwoofers-mutual-coupling-mean/ mutual coupling]. </ref> over a single Sub1 (118 + 6 = 124). The Sub 2 is 123 dB SPL. The ~~difference is negligible~~.

Two Sub1s tightly coupled (stacked or side-by-side) should provide up to +6 dB<ref> +3 dB from doubling the power and +3 dB from [https://blogs.qsc.com/live-sound/what-does-subwoofers-mutual-coupling-mean/ mutual coupling]. </ref> over a single Sub1 (118 + 6 = 124). The Sub 2 is 123 dB SPL. The SPL performance of two Sub1s should be similar to a single Sub2.

The Sub1 goes down to 40 Hz. The Sub2 goes down to 37 Hz (-3 dB). The difference is due to the larger physical volume of the Sub2 enclosure. Running two Sub1s does not change the frequency response.

; L1 Pro16

The ~~Sub1 goes down to 40 Hz. The Sub2 goes down to 37 Hz~~ (~~-3 dB~~). The ~~difference~~ is ~~due~~ to the ~~larger physical volume of the Sub2 enclosure. Running two Sub1s does not change the frequency response~~.

The SPL output of the L1 Pro16 is 118 db SPL (124 peak). The output is similar to the Sub1.

; Technical Data for standalone units

* [https://assets.bose.com/content/dam/Bose_DAM/Web/pro/global/products/portable_PA/sub1_bass_module/downloads/technical_information/tds_sub1_en.pdf Sub1 Technical Data ~~Sheet]~~

* [https://assets.bose.com/content/dam/Bose_DAM/Web/pro/global/products/portable_PA/sub2_bass_module/downloads/technical_information/tds_sub2_en.pdf Sub2 Technical Data Sheet]

* [https://pro.bose.com/content/dam/Bose_DAM/Web/pro/global/products/portable_PA/F1_Subwoofer/Downloads/Technical_data_sheet/tds_f1_subwoofer.pdf F1 Subwoofer Technical Data]

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@@ Line 147: / Line 147: @@
 The power difference is negligible (960 watts RMS compared to 1000 watts RMS).
-Two Sub1s tightly coupled (stacked or side-by-side) should provide up to +6 dB<ref> +3 dB from doubling the power and +3 dB from [https://blogs.qsc.com/live-sound/what-does-subwoofers-mutual-coupling-mean/ mutual coupling]. </ref> over a single Sub1 (118 + 6 = 124). The Sub 2 is 123 dB SPL. The difference is negligible.
+Two Sub1s tightly coupled (stacked or side-by-side) should provide up to +6 dB<ref> +3 dB from doubling the power and +3 dB from [https://blogs.qsc.com/live-sound/what-does-subwoofers-mutual-coupling-mean/ mutual coupling]. </ref> over a single Sub1 (118 + 6 = 124). The Sub 2 is 123 dB SPL. The SPL performance of two Sub1s should be similar to a single Sub2.
+The Sub1 goes down to 40 Hz. The Sub2 goes down to 37 Hz (-3 dB). The difference is due to the larger physical volume of the Sub2 enclosure. Running two Sub1s does not change the frequency response.
+; L1 Pro16
-The Sub1 goes down to 40 Hz. The Sub2 goes down to 37 Hz (-3 dB). The difference is due to the larger physical volume of the Sub2 enclosure. Running two Sub1s does not change the frequency response.
+The SPL output of the L1 Pro16 is 118 db SPL (124 peak). The output is similar to the Sub1.
 ; Technical Data for standalone units
-* [https://assets.bose.com/content/dam/Bose_DAM/Web/pro/global/products/portable_PA/sub1_bass_module/downloads/technical_information/tds_sub1_en.pdf Sub1 Technical Data Sheet]
+{{L1 Pro Technical Data Sheets}}
-* [https://assets.bose.com/content/dam/Bose_DAM/Web/pro/global/products/portable_PA/sub2_bass_module/downloads/technical_information/tds_sub2_en.pdf Sub2 Technical Data Sheet]
-* [https://pro.bose.com/content/dam/Bose_DAM/Web/pro/global/products/portable_PA/F1_Subwoofer/Downloads/Technical_data_sheet/tds_f1_subwoofer.pdf F1 Subwoofer Technical Data]
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