REAL-TIME GLOBAL RESEARCH
US Agencies and $-SSAs: Onwards and upwards
Research evidence excerpt
US Agencies and $-SSAs: Onwards and upwards
Liam L Wash AC (1-212) 834-5230 Jay Barry (1-212) 834-4951 Global Markets Strategy J P M O R G A N
liam.wash@jpmchase.com john.f.barry@jpmorgan.com US Agencies and $-SSAs
J.P. Morgan Securities LLC J.P. Morgan Securities LLC 24 July 2026
Pankaj Vohra (1-212) 834 5292
pankaj.x.vohra@jpmchase.com
J.P. Morgan Securities LLC
US Agencies
US Agency net issuance continues to expand at a robust clip, with another $19bn
through June across the three issuers we track, and total debt outstanding rising by
$204bn YTD, the firmest pace since 2022 (Figure 1USAgencydebtoutstandinghasincreasedby$204bnYTD,thefirmestpaceofisuancesince202.). Indeed, total debt outstanding
from the FHLBs, FNMA, and FHLMC now stands at its highest level over the past
decade, outside of crisis periods. Within the details, this deluge of supply remains
concentrated in FHLB discount notes and floaters (Figure 2.andisuancehasprimarilycomefromtheFHLBsintheformofFRNsandDNs). What has been the driving
force behind the recent FHLB supply? As we have discussed previously, we think there
has been a structural shift higher in advance demand, particularly from the growing
share represented by insurance companies who enter into funding agreements with the
FHLBs to earn favorable spreads on their investments, which have been boosted by
growing annuity sales (see US Agencies and $-SSAs, 6/12/26).
Figure 1: US Agency debt outstanding has increased by $204bn YTD, Figure 2: ...and issuance has primarily come from the FHLBs in the
the firmest pace of issuance since 2022... form of FRNs and DNs
Annual Agency net debt issuance*, total and by issuer; $bn 2026 net debt issuance* from FHLB, FNMA, and FHLMC by product type; $bn
FHLB Discos Fixed-rate Floaters Callables YTD
The English excerpt is extracted automatically from the cited source page and may contain layout or recognition errors. It is never batch translated.
Open report viewer